Outdoor Spaces That Support Early Development

Preschool learning is not limited to indoor classrooms. Outdoor spaces give children opportunities to develop confidence, coordination, creativity and social skills through active and imaginative play.

Well-planned preschool facilities may include:

• Shaded outdoor learning areas
• Playgrounds and activity zones
• Sandpits and sensory play areas
• Spaces for group activities
• Comfortable seating areas
• Facilities designed for daily use by children and educators

Providing suitable protection throughout these areas helps make them more functional for both structured learning and general play. It also supports educators by creating outdoor spaces that can be used more comfortably across different times of the day.

Commercial Shade Sails for Preschool Facilities

Shade sails are an important part of many school and preschool outdoor environments. When designed for the individual site, they can provide practical coverage over areas where children regularly gather, play and learn.

Commercial shade sails can help:

• Reduce direct sunlight over outdoor areas
• Improve comfort during play and learning
• Provide coverage over playground equipment
• Protect sandpits and seating spaces
• Support sun-conscious school practices
• Integrate with the design of the wider facility

Each installation requires careful consideration of the site layout, sun direction, fixing locations and intended use of the area. The finished shade solution should provide effective coverage while working with the surrounding buildings and outdoor facilities.

Custom Sandpit Covers for Schools and Preschools

Sandpits are a valuable feature in early learning environments, encouraging sensory exploration, cooperative play and creativity. When the area is not in use, a custom cover can help protect the sand and make ongoing maintenance more manageable.

Sandpit covers can assist with:

• Keeping leaves and general debris out
• Limiting access by animals
• Maintaining a cleaner play environment
• Reducing unnecessary cleaning
• Protecting the sand during weekends and holidays
• Covering unusual or custom-shaped sandpits

Because school sandpits can vary considerably in size and design, each cover should be made to suit the individual space. Larger covers can also be manufactured in sections, making them easier for staff to move, fit and store.

Additional Protection with Post Pads

Shade structures often include steel posts positioned near playgrounds, pathways and active play areas. Protective post pads can be fitted around these posts to provide an extra level of cushioning where accidental contact may occur.

Custom post pads can:

• Cover exposed posts near play areas
• Provide cushioning around steel structures
• Suit round, square and other post profiles
• Withstand frequent use in school environments
• Be removed when access to the post is needed
• Coordinate with other outdoor products

By supplying post pads alongside shade sails and sandpit covers, we can help project teams manage several outdoor protection requirements through a single experienced supplier.

Contributing to a Significant Education Program

We are proud to be supporting several sites connected with the NSW 100 New Public Preschools Program. Delivering products across multiple project locations requires careful planning, consistent manufacturing and dependable coordination with the teams managing each build.

Our experience includes:

• Government and education projects
• Large commercial developments
• Multi-site supply programs
• Custom shade sail manufacturing
• Made-to-measure sandpit covers
• Protective padding for outdoor structures
• Coordination with builders and contractors
• Managing production and delivery schedules

This capability allows us to support individual school projects as well as broader programs involving multiple locations, while maintaining consistent standards across each stage of production and supply.

Benefits for Children and Local Communities

The development of new public preschools can provide lasting benefits for children, families and educators. Locating preschool facilities on existing school grounds can also help create stronger connections between early learning and primary education.

The wider benefits may include:

• More early learning places for NSW families
• Purpose-built facilities within local communities
• Improved outdoor play and learning spaces
• Stronger links between preschools and schools
• A smoother transition into primary education
• Environments designed around young children’s needs

Every component of a new preschool facility contributes to the way the site functions. Shade, protection and practical outdoor products all play a role in creating environments where children can learn, play and build confidence.

The post Supporting New Preschool Developments Across NSW appeared first on Newcastle Shade Sails.

Waterproof Shade Sails Require Significant Pitch

One of the most important design requirements for waterproof shade sails is adequate fall or pitch. Waterproof materials cannot allow water to pass through the fabric, so the structure must direct rainwater away quickly. Without sufficient slope, rainwater can collect in the middle of the sail and create heavy loads that strain the fabric and anchor points.

Key pitch considerations include:

• Waterproof shade sails usually require a minimum fall
  • PVC is recommended a minimum of 5:1, 5 metre shade sail we recommend a 1 metre pitch per 5 metres of length
  • Waterproof shade sails are recommended a minimum of 4:1, 4 metre shade sail we recommend a 1 metre pitch per 4 metres of length
• The sail must allow water to run off freely in one direction
• Anchor points must be installed at significantly different heights
• Flat installations will almost always lead to water pooling
• The surrounding structures must support the additional tension required

If the installation area does not allow this steep pitch, a waterproof shade sail may not perform correctly and could suffer structural problems during heavy rain.

Waterproof Materials Do Not Breathe

Waterproof shade sails typically use PVC membrane or similar coated fabrics. These materials completely block rainwater, but they also prevent air from passing through the sail. This can create a noticeably different environment underneath the structure compared to breathable shade cloth.

Common effects include:

• Reduced airflow under the sail
• Higher temperatures on hot days
• Increased wind pressure during storms
• Greater tension on posts and attachment points
• Less natural cooling compared to knitted shade fabrics

Because waterproof sails do not breathe, they often feel warmer than traditional shade sails. In many situations, a breathable fabric like HDPE may provide more comfortable shade in hot climates.

Waterproof Shade Sails Need Stronger Structures

Waterproof shade sails experience higher loads than breathable shade sails because they catch both wind and rain. When rainwater runs off the sail, it creates additional force along the fabric and attachment points. For this reason, waterproof installations usually require stronger structural components.

Typical structural requirements include:

• Heavier steel posts with deeper footings
• Engineered mounting points
• Higher tension during installation
• Professional structural design in many cases
• Greater spacing and layout planning

These additional requirements often increase installation complexity compared to standard shade sails. Proper engineering ensures the structure can handle rainwater runoff and strong winds.

Installation Locations May Limit Waterproof Designs

Not every outdoor area allows the height variation required for waterproof shade sails. Many residential backyards, courtyards, or commercial spaces have limited attachment points or structural restrictions.

When height differences are not possible, waterproof sails may struggle to perform effectively.

Common installation challenges include:

• Low roof lines limiting anchor height
• Nearby fences or walls restricting positioning
• Small yards with limited space for slope
• Existing structures that cannot handle high tension
• Trees or obstacles interfering with water runoff

In these situations, breathable shade sails often provide a more flexible and practical shading solution.

The post Why Waterproof Shade Sails May Not Work for You appeared first on Newcastle Shade Sails.

Local Council Approvals

In NSW, certain shade structures are classed as Exempt Development under the State Environmental Planning Policy (Exempt and Complying Development Codes) 2008. This means they can be built without formal council approval if they meet set conditions. These rules are designed to keep smaller structures straightforward while ensuring larger or higher-risk projects are properly regulated.

For larger residential projects or any commercial installation, approvals may be required. Each local council has specific development controls and may impose conditions based on zoning, location, or overlays such as heritage or bushfire risk.

Key requirements for council approval in NSW:

• Shade sails are exempt if no higher than 3 metres above ground.
• They must be set back at least 900 mm from side and rear boundaries (or 5 metres in rural/residential R5 and RU zones).
• Structures must be located behind the building line of a road frontage.
• Exempt rules do not apply in heritage, conservation, flood, or foreshore areas.
• Larger or non-exempt structures may need a Development Application (DA) or Complying Development Certificate (CDC).

In practice, installers should always check the NSW Planning Portal and local council development control plans before starting. This ensures the project won’t face delays or costly compliance issues later.

Building Codes and Technical Standards

Even when development approval isn’t needed, all shade structures must comply with the Building Code of Australia (BCA) and relevant Australian Standards. These codes ensure structures are designed and built to handle wind, weather, and safety demands. For installers, compliance with these codes is non-negotiable.

Structural components such as posts, anchors, fixings, and fabric all need to meet load-bearing and durability requirements. Larger installations often require sign-off by a licensed structural engineer to satisfy council or certifier demands.

Key standards and technical requirements include:

• AS/NZS 1170 (Structural Design Actions – Wind Loads) to calculate wind pressures.
• Safe foundation depth and footing design to resist uplift and movement.
• Anchors, shackles, turnbuckles, and cables rated for required tensile loads.
• UV-resistant and fire-retardant shade fabric where applicable.
• Ongoing safety and maintenance obligations to ensure long-term compliance.

By following these standards, installers create safe, durable shade sails that withstand harsh weather and meet legal requirements. This not only protects clients but also builds the installer’s professional reputation.

What an Installer Needs to Do in Practice

Every custom sail we produce is designed with your space in mind. We assess how the sun moves across your property, how water drains, and how to maximise airflow without sacrificing coverage.

For every project, installers must determine whether the shade sail qualifies as exempt development or requires a formal approval process. This step is essential to avoid breaching council regulations. Once the legal pathway is clear, installers must also ensure the structure meets building code requirements and that any necessary engineering certification is obtained.

In addition to planning checks, installers should keep records of all drawings, engineering certifications, and council correspondence. This documentation provides proof of compliance if disputes or inspections occur in the future.

Practical steps for installers include:

• Check the Exempt Development Code on the NSW Planning Portal.
• Review the relevant local council fact sheets or development control plans.
• Confirm maximum height, setbacks, and road frontage requirements.
• Prepare engineering drawings and footing designs for non-exempt projects.
• Budget for council fees, approval timelines, and required inspections.

By consistently following this process, installers can approach each job with confidence, knowing it meets both planning and building obligations. This protects their business, reassures clients, and ensures shade sails are legally and structurally sound.

The post Becoming a Shade Sail Installer in Sydney / NSW appeared first on Newcastle Shade Sails.

Made to Fit Your Space, Not the Other Way Around

Generic sails are sold in standard sizes and shapes. They don’t consider where your posts or mounting points are located, which often leads to awkward installations and poor coverage.

A custom sail is tailored to your space, so it fits exactly where you need shade.

Key benefits of a tailored fit:

• Matches your exact dimensions and anchor points
• Avoids slack or sagging fabric
• Prevents water pooling and strain
• Looks integrated, not improvised

With a sail designed to your layout, you get better results and longer-lasting performance.

Built to Handle Newcastle’s Conditions

Off-the-shelf sails usually use budget materials not designed for strong winds, salt air, or constant UV exposure. In contrast, we use commercial-grade fabrics that hold up under pressure.

Our custom shade sails are engineered for long-term use in Australian coastal environments.

Why our sails last longer:

• Superior UV protection (up to 99%)
• Fabric colours that resist fading
• Resistant to mould, mildew and tearing
• Heavy-duty corners and reinforced stitching
• Wind-tested for tension and movement

Newcastle’s mix of sun, wind and storms demands shade that’s built tough — and that’s what we deliver.

Designed with Purpose

Every custom sail we produce is designed with your space in mind. We assess how the sun moves across your property, how water drains, and how to maximise airflow without sacrificing coverage.

This kind of design thinking isn’t possible with a standard sail pulled off a shelf.

Why thoughtful design matters:

• Provides optimal shade at key times of day
• Sloped for effective rain runoff
• Enhances airflow and ventilation
• Connects cleanly to any wall or post
• Creates a tidy, professional appearance

A well-planned sail doesn’t just cool your space — it elevates it.

Higher Quality Materials and Backed Warranties

Low-cost sails might seem appealing, but they rarely hold up for more than a season or two. Our materials are tested, proven and backed by warranties you can rely on.

At Newcastle Shade Sails, we build every sail using trusted Australian suppliers and stand behind our work.

Here’s what you get:

• Up to 15-year fabric warranties
• UV-resistant PTFE thread with lifetime guarantee
• Marine-grade stainless steel fittings
• Quality workmanship built to last
• Local service and installation support

When you choose quality materials, you protect your investment for years to come.

Style That Adds Real Value

Custom shade sails aren’t just functional — they’re a design feature. Whether you’re covering a pool, patio or driveway, a clean, modern sail can add serious visual appeal and practical use to your property.

What custom sails can do for your home:

• Match your colour palette and architecture
• Create usable space year-round
• Impress visitors and buyers
• Increase street appeal and resale value
• Look professional and polished

You don’t just get shade — you get an upgrade.

The post Custom vs Off-the-Shelf Shade Sails: What’s the Real Difference? appeared first on Newcastle Shade Sails.

Strong Installations Start with Reliable Hardware

Shade sails are tensioned structures. That means each fixing point supports a substantial amount of load, especially during storms or strong winds off the coast. If you’re using inferior shackles, bolts, or turnbuckles, it doesn’t matter how good your sail fabric is—it’s at risk of failure.

• Each connection point must endure constant tension and movement.
• Low-quality metals corrode quickly in humid, coastal climates.
• Failure points often appear at fittings before the fabric.
• Strong, tested components improve both safety and durability.

Even waterproof fabrics like Flexlight Perform 502 S2 depend on properly rated hardware to stay functional and taut through all seasons.

Stainless Steel That’s Ready for Newcastle’s Coastal Conditions

Newcastle’s salty air, shifting temperatures, and storm exposure can break down lower-quality metals in no time. That’s why 316 marine-grade stainless steel is the go-to for professional installers. It resists corrosion, handles heavy loads, and won’t seize or rust over time.

• Marine-grade (316) stainless performs in salt-laden environments.
• Resists pitting, rusting, and weather fatigue.
• Helps maintain the correct tension for longer.
• Ideal for both residential and commercial shade sails near the coast.

Even high-performance sails like Flexlight Perform 702 S2 need the support of high-quality hardware to reach their expected lifespan.

Load Ratings Keep Your Shade Sail Secure

Every component in your installation—whether it’s a turnbuckle, D-shackle, or anchor eye—should have a load rating that matches the demands of your structure. Underestimating the load can lead to snapped hardware, slack sails, or worse, a complete collapse during a storm.

• Always check for a visible Working Load Limit (WLL).
• Match component strength to sail size and exposure level.
• Larger sails or high-wind locations need stronger gear.
• Using untested hardware increases risk and liability.

The structural integrity of waterproof sails like Flexlight Lodge 6002 is only as dependable as the components anchoring it.

Think Twice Before Buying Cheap DIY Hardware Kits

DIY kits from big box stores or online retailers may seem convenient, but they’re rarely built for long-term use in Newcastle’s harsh conditions. Zinc-plated or unmarked steel components are common, and these corrode quickly—especially in homes near the coast or industrial zones.

• Generic kits may include poorly rated or undersized parts.
• Zinc or galvanised hardware deteriorates faster in salt air.
• Lack of compliance or certification puts your structure at risk.
• Rusted or seized hardware can damage the sail fabric over time.

Your shade sail’s warranty may even be voided if failure results from using the wrong hardware—something no installer or homeowner wants to deal with.

How to Choose the Right Hardware for Newcastle Conditions

Getting the right gear is simple when you know what to look for. Focus on strength, material quality, and whether the product is made for structural applications. Newcastle’s combination of wind, salt, and storms demands more than just “heavy-duty” labels.

• Use only 316 marine-grade stainless steel for all outdoor fittings.
• Select brackets and fixings designed specifically for shade sails.
• Avoid anything without a visible load rating or brand accountability.
• For larger sails, scale your hardware size accordingly.

A waterproof fabric like Flexlight Advanced 902 S2 performs best when paired with equally capable stainless fittings.

The post Secure Your Shade Sail with the Right Hardware appeared first on Newcastle Shade Sails.

Correct Pitch/Fall for a Waterproof Shade Sail

A proper shade sail pitch, or fall, is crucial for a waterproof shade sail to effectively shed water and prevent pooling. Without the correct angle, water can accumulate, leading to sagging, fabric strain, and potential damage to the sail or its anchor points.

• Angle Recommendation: The type of material used for the shade sail will typically determine the amount of pitch/fall required to adequately keep the shade sail in a safe and operational condition. This helps water flow off efficiently, especially during heavy rain.
  Waterproof Shade Sail: 4:1, 4 metre shade sail we recommend a 1 metre pitch per 4 metres of length.
  PVC Membrane: 5:1, 5 metre shade sail we recommend a 1 metre pitch per 5 metres of length.
• Directional Drainage: Design the sail so that water is flowing away from the center of the sail at all costs.
• Height Variation: Set at least one corner significantly lower than the others, maintaining enough clearance to avoid obstructing pathways or views.
• Supporting Structures: Use posts or mounting brackets to create the required height differences, ensuring they are sturdy enough to handle the load from water runoff.

Incorporating the correct pitch not only enhances the sail’s durability but also ensures it remains visually appealing and functional, even during adverse weather conditions.

You must do everything possible to ensure your waterproof shade sail or PVC membrane doesn’t pool / hold water. If you cannot design it in a safe way with adequate falls and pitches, you should install a non-waterproof shade sail.

Creating the Right Tension for a Waterproof Shade Sail

Achieving the correct tension is one of the most critical steps in installing a waterproof shade sail. Proper tension ensures the sail remains secure, maintains its shape, and effectively sheds water without pooling. Over-tensioning shade sails or under-tensioning can lead to premature wear, fabric damage, or water accumulation.

Why Tension Matters:

• Prevents Sagging: A taut sail reduces the risk of water pooling, which can strain the fabric and hardware.
• Enhances Stability: Proper tension minimizes movement caused by wind, reducing wear and tear.
• Maintains Shape: A well-tensioned sail can achieve the correct shade, for example the desirable hyperbolic paraboloid (hypar) shape, which is functional and aesthetically pleasing.

It is imperative that your tensioning of your shade sail is correct to avoid damage, and increase the duration of your shade sail.

Massive Warning Against Pre-made Shade Sails

While pre-made shade sails might seem like a quick and affordable solution, they come with significant drawbacks that can lead to poor performance, shorter lifespan, and even safety risks. One of the biggest issues with these off-the-shelf products is their reliance on webbing edges rather than reinforced tensioned edges.

• Lack of Strength: Webbed edges are less durable compared to reinforced edges. They can stretch unevenly over time, leading to sagging and water pooling in waterproof sails.
• Inadequate Tensioning: Proper tension is critical for a shade sail to function effectively, but web-edged sails often cannot withstand the necessary forces to maintain a taut installation. This can cause instability and increase the risk of tearing.
• Fit and Performance Issues: Pre-made sails come in standard sizes that rarely match the unique dimensions of your space. Without a custom fit, the sail may not align with anchor points, resulting in improper angles and poor water runoff.

Waterproof Tension Systems Systems vs Shade Sail Structures and Frames

Waterproof Tension Shade Sail Systems

These systems rely on carefully tensioned fabric sails to create a durable, weather-resistant canopy. They are anchored using posts, walls, or other fixed points and are designed to handle environmental stresses like rain and wind.

Advantages:

• Cost-Effective: Generally more affordable than framed structures due to reduced material and labor costs.
• Aesthetic Appeal: Sleek and modern, these sails create a dynamic visual effect, especially when installed with a hyperbolic paraboloid (hypar) shape.
• Customizable: Easily adapted to irregular spaces or unique layouts with custom shapes and sizes.
• Drainage: Proper tension and pitch ensure water runoff, avoiding pooling and fabric strain.
• Versatility: Suitable for residential, commercial, hospitality, and many more private and public spaces.

Shade Sail Structures and Frames

These systems involve sails integrated into a rigid, fixed frame, often built from steel, aluminum, or wood. The frame supports the sail, creating a more permanent and robust installation.

Advantages:

• Structural Stability: Frames provide a solid foundation, making them suitable for areas with high wind loads or heavy rain.
• Durable and Long-Lasting: Built with robust materials, these structures are less prone to wear over time.
• Uniform Tension: The frame ensures consistent tension across the sail, reducing maintenance needs.
• All-Weather Protection: Frames can support thicker, more rigid waterproof materials for enhanced durability and performance.

Which to Choose?

• Waterproof Tension Shade Sail Systems are ideal for projects where flexibility, cost-effectiveness, and visual appeal are priorities. They work well in smaller areas or when you need to adapt to unique shapes and layouts.
• Shade Sail Structures and Frames are better suited for large-scale, high-traffic, or permanent installations requiring maximum stability and durability.

The Key to a Durable and Stylish Waterproof Shade Structure

Building a waterproof shade structure, if done correctly, can be a versatile, practical and aesthetically pleasing alternative to a solid roof top.

We’ve also created a comprehensive FAQ page packed with expert advice and insights. Whether you’re exploring the best practices for installation or learning how to maximize the lifespan of your investment, this resource has you covered. Some of the questions we address include: “What is the best pitch for a waterproof shade sail?”, “Can I install a shade sail myself?”, and “Why is tension important for shade sails?” Visit our FAQ page or just contact us to find detailed answers and ensure your shade sail project is a success from start to finish!

By focusing on the correct pitch and tension, your waterproof shade sail will not only look great but also provide reliable protection against the elements. Call us today on (02) 4040 9920 or contact us online to get started on a custom shade sail installation!

The post Waterproof Shade Sails: Your Guide To Safe Installation appeared first on Newcastle Shade Sails.

Shade sails are more than just a stylish addition to your outdoor space, they’re an essential tool for staying cool, protected, and comfortable during the scorching summer months. Designed to shield you from harmful UV rays and reduce heat build-up, they create a welcoming retreat in backyards, patios, and outdoor entertainment areas. However, like any outdoor feature, your shade sail requires a little care and attention to perform at its best.

As summer approaches, preparing your shade sail is a simple yet vital step to ensure it lasts for years to come while delivering optimal performance. From cleaning and inspecting the fabric to ensuring any nearby furniture or property is secured, taking the time to ready your shade sail will enhance your comfort and prolong its lifespan. Here’s a practical guide to help you get your shade sail summer-ready and keep your outdoor space looking and feeling its best.

How to prepare for this Summer season

Inspect for Damage

Inspecting a shade sail for damage is straightforward and involves a simple visual assessment. Take the time to look over the entire structure, focusing on the fabric and hardware for any signs of wear or deterioration. With just a few basic tools and steps, you can ensure your shade sail is in good condition for the hot summer ahead.

• Examine the fabric: Look for rips, holes, or frayed edges that might weaken its durability.
• Inspect the seams: Check for loose or unravelling stitching along the edges.
• Check the hardware: Look at brackets, hooks, and turnbuckles for signs of rust, corrosion, or looseness.
• Assess tension: Observe if the sail is sagging or uneven, which could indicate the need for adjustment.
• Feel for weak spots: Run your hand over the fabric to detect any thinning areas that might need attention.

Inspect for Damage

Clean your Shade Sail

Cleaning your shade sail is an easy and effective way to maintain its appearance and longevity. You don’t need specialized equipment or skills,  just a few basic supplies and a bit of time. Regular cleaning removes dirt, debris, and stains, helping your shade sail look its best and perform well during the summer season.

• Use a soft-bristle brush or broom to sweep off loose debris like leaves and dust.
• Mix a mild detergent with warm water and gently scrub the fabric using a soft-bristled mop or brush.
• Rinse thoroughly with a hose to remove soap residue, avoiding high-pressure washers that could damage the material.

Alternatively, we can clean your shade sail for you!

Clean your Shade Sail

Protect Against Harsh Weather 

Protecting your shade sail against harsh weather is crucial to ensure its longevity and prevent damage from storms or strong winds. Taking a few proactive steps can safeguard your investment and keep your outdoor space safe and functional.

• Secure the fittings: Check that brackets, hooks, and tensioners are tightly fastened to handle sudden gusts of wind.
• Trim nearby trees: Remove overhanging branches or dead limbs that could fall and damage the fabric during storms.
• Inspect anchor points: Ensure the structures supporting the sail, such as posts or walls, are sturdy and in good condition.
• Consider temporary removal: If severe weather is forecasted, take down the shade sail to prevent tearing or detachment.
• Store properly: Fold the sail neatly and store it in a dry, protected place to avoid mildew or fabric deterioration while not in use.

Protect Against Harsh Weather

Enhance the surrounding space

Enhancing the space around your shade sail can transform your outdoor area into a functional, stylish, and inviting retreat. With a few creative touches, you can maximize the comfort and appeal of your shaded zone.

• Add outdoor furniture: Arrange comfortable seating, tables, or loungers to create a relaxing space for entertaining or unwinding.
• Incorporate greenery: Place potted plants, hanging baskets, or a vertical garden to bring natural beauty and a cooling effect to the area.
• Use lighting: Install string lights, solar lamps, or lanterns under the shade sail to create a cozy ambiance for evenings.
• Create zones: Use rugs or outdoor mats to define spaces, such as dining, lounging, or kids’ play areas, under the sail.
• Keep it clean: Regularly sweep and tidy the area to maintain a welcoming and polished look for guests and family alike.

Enhance the surrounding space

Seeking Help during Storm Season

It’s important to remember that storms can be dangerous to people and property. If a severe storm is on the horizon or your Shade Sail sustains damage during turbulent weather, reach out to local support services for immediate assistance.

In New South Wales, for example, you can contact the NSW State Emergency Service (NSW SES) for help with emergency repairs or temporary protection measures. Keep their contact details handy and follow any instructions they provide to secure the area until professional assistance arrives. Additionally, consider reaching out to your installer or insurance provider for guidance on handling claims and potential repairs. Seeking timely help ensures safety, minimizes further damage, and supports a quicker return to outdoor comfort.

The post Prepare your Shade Sail for the Summer Season appeared first on Newcastle Shade Sails.

Shade sails have been a huge part of Australian life for a long time. Practical and simple, the shade sail continues to be one of the best ways to create shade and reclaim outdoor spaces across the country. Australian Shade News is here to keep you up-to-date with the ever-changing world of shade sails and systems. So, whether you are planning to invest in a shade sail, or you already have one, Australian Shade News is the authoritative source with the news and information you need.

In this issue

• Shade Sails: The Unsung Hero for Housebound Aussies
• 80 Years of the Specialised Textiles Association
• Shade Sail Know-How Makes Sandpit Covers Better
• Making Clouds More Like Shade Sails Could Help Save The Great Barrier Reef
• Dynamic Shading for Well-Being & Energy Efficiency
• Fact Check: Why You Get Burnt in The Shade
• Are You Eligible for a Shade Sail Grant?
• Your FAQs

Shade Sails: The Unsung Hero for Housebound Aussies

This year has been a strange one for many of us. With COVID-19 sweeping the world, everything has been turned on its head. Spending more time at home has been a blessing and a curse for many Australians. While the opportunity to increase work-life balance has been welcome, we could do without the increased bills and the feeling of being trapped inside our homes.

Keeping Us Sane While Stuck at Home

Staring at the same four walls day in and day out has been proven, once again by the pandemic, to drive people a little crazy. To keep ourselves occupied, people have turned to new hobbies, binge-watching tv and movies, as well as taking on DIY projects of all shapes and sizes.

Art and music therapy are widely used to help people with mental health conditions. These same principles can help everyone to reduce stress and increase happiness. Research shows that people with hobbies are less likely to suffer from stress, low mood, and depression. Even work, when it is meaningful and rewarding, can have the same effect on our health. But in isolation, many people have lost these key parts of their lives. Some have lost their job or are working reduced hours remotely. Others are no longer able to volunteer in the community or take part in team sports or club activities due to social distancing.

Taking up a new hobby, craft, or DIY project is a perfect way to stimulate your brain and fill the gap other activities have left. Many organisations, including the Australian Department of Health’s Head to Health Initiative, remind us that making time to do things that we find valuable, meaningful and fun is an important part of maintaining mental health during the pandemic. Simple DIY projects have gained huge popularity as a way to not only stay happy and healthy but also improve your skills and your home.

DIY shade sails have proved incredibly popular. They are a simple and cost-effective way to revitalise your home. Shade sails are also straightforward to install, making them a perfect project for everyone from DIY novices to experienced tradies.

Saving Money in Comfort

Suddenly spending all day every day at home has seen a spike in bills for most of us. Whether you live alone or with the whole family, you have no doubt seen your electricity bill, along with others, increasing. And you are not alone. In fact, the average household more than doubled its power consumption during the height of the lockdown. You have probably also noticed the fluctuating temperatures around your home throughout the day. Your dining table might be a comfy spot at breakfast or in the evening, but when it is your makeshift home office, it is unbearably hot in the early afternoon sun.

Shade sails are not just for keeping the outdoors cool. They are also great at reducing glare and lowering the temperature inside. A shade sail coming off your home can do more than just block glare and direct sunlight. Quality shade sails greatly reduce the ambient temperature under and around the sail, which, in turn, reduces the heat being absorbed by your exterior walls or transferring inside through glass windows and doors.

Naturally regulating your home’s temperature with shade sails is an easy way to enjoy your outdoor spaces, stay comfortable while stuck inside, and reduce energy costs. From permanent tensioned shade structures to retractable systems that can be adjusted as needed, a well-placed and designed shade sail can help you control the temperature around your home.

80 Years of the Specialised Textiles Association

This year, the Australian Specialised Textiles Association celebrated 80 years of pioneering manufacturing, creative design and high standards of production that have ensured Australia has, and will, continue to lead the world in specialist textile fabrication. They marked the occasion with #80YearsStrong honouring the history of Australian textiles and the individuals and businesses who explored new frontiers, challenged the status quo, and ideated innovations that shaped the industry into what it is today. This celebration of the past still looked to the future and what the next 80 years may hold for this versatile and changing industry. Here are some of the innovations from this year alone;

Heavy-Duty Rafter Brackets

Over five times stronger than any other rafter bracket on the market, this innovative new piece of hardware outperforms its competitors while remaining cheaper. The Miami Stainless RB-30 has been extensively tested and is rated for a whopping 1,200kg of force. Made with high strength steel, its specialist and registered design help to spread the load to give it the highest performance.

Ferroshade by Ricky Richards

Ferroshade is the new iron-strong 380gsm premium fabric made by the Australian family textile business Ricky Richards. Ferroshade is manufactured using only round monofilament HDPE yarns, making it a durable and reliable shade fabric option in the harsh Australian climate. With high wind resistance and no tape yarn used, this extremely strong fabric is the perfect choice for permanent shade structures. Continuing their partnership with the Melanoma Institute of Australia, a percentage of sales from the Ferroshade go towards funding their research.

Shade Sail Know-How Makes Sandpit Covers Better

The humble sandpit is making a comeback in playgrounds around the country. Modern ‘learning through play’ theories counts sandpits as powerful tools that help children in a variety of ways. The tactile nature of playing with sand is great for developing fine motor skills and sensory awareness, as well as supporting creativity and independent thinking. When combined with playing with others, the sandpit also helps boost language skills, teamwork, socialisation and problem-solving.

While sandpits are fun and educational, keeping them clean and safe can be a difficult task. Common sandpit covers are large, heavy and awkward to move, often requiring two or more people to put the cover on or off. They also usually require tie-down points that look ugly and can be a tripping hazard, and the rubber or elastic ties perish or loose tension quickly with regular use. These typical sandpit covers made from canvas and vinyl can shrink excessively and have a shortened lifespan when left in the sun. Without a full coverage that is tight around the edges, debris, litter, insects and animals can get into the sandpit, defeating the point of having the cover in the first place.

And so, despite the many benefits of sandpits, the difficulties and ineffectiveness of traditional covers make them impractical for daycares, early learning centres, schools and parents alike. There is now a unique solution thanks to the experience of shade sailmakers who are redefining everything we once knew about sandpit covers.

Materials used in architectural shade sails are designed from the ground up to be rugged and long-lasting against harsh UV rays while being relatively lightweight. This makes them an ideal candidate for sandpit covers. Tensioned shade sails are made with a pocket around the edge that holds the perimeter wire and swapping this for a weighted chain creates a remarkably simple yet effective way of securing a sandpit cover. Shade mesh fabric allows air to flow, giving the sandpit breathability, which prevents moss and mould from forming. They prevent water from pooling on the cover and keep the sandpit area clean and free of debris, litter. They also stop sharp and dangerous objects from becoming buried and contamination from animal faeces.

Ensure the best quality care, long-lasting protection and keep your sandpits safe and hygienic with this unique kind of sandpit cover. With effective and user-friendly covers now available, there is no reason not to let your children enjoy all the fun, exploration and creativity sandpits offer.

Making Clouds More Like Shade Sails Could Help Save The Great Barrier Reef

Image Credit: Brendan Kelaher/Southern Cross University

Global warming has been continuing to cause more and more damage to coral reefs around the globe. Rising temperatures in the ocean are bleaching coral at an alarming rate. This year, the Great Barrier Reef experienced its third mass bleaching event in the last five years. Coral can survive bleaching events, but they are vulnerable and can die off if left that way for too long or in harsh conditions. While the ultimate answer to saving our reef is lowering carbon emissions and cleaning up ocean pollution, scientists are looking at things we can do now to help protect our coral before it is too late.

Clouds Are Nature’s Shade Sails

A shade sail over your pool lowers the ambient temperature and the water temperature underneath it and, on a massive scale, clouds around the world do the same thing for our oceans. Clouds are a natural part of the water cycle, and while they do provide us with shade, that is not their purpose. Shade sails, on the other hand, are specifically designed to create shade, reflect away heat and protect from UV rays.

Clouds are not just made of water vapour; they are full of small airborne particles known as aerosols that attract the water vapour and help them stick together. It is widely understood that clouds with more particles are ‘brighter’, thereby making them better at reflecting heat, creating shade and breaking up UV rays. Clouds formed over land are made of a huge variety of particles and have a high density of aerosols compared to those formed over the ocean. Marine clouds can have less than 10% the aerosol density as clouds formed over land. This is thought to be partly due to these marine clouds only being formed from the tiny particles of salt being sent up into the air by wind, waves and sea spray.

Making Clouds Better

This is where teams of scientists from the Sydney Institute of Marine Sciences and Southern Cross University come in. This year, they trialled a world-first cloud brightening technique designed to help the natural process and get more salt particles into the air to help form new clouds and make existing ones better. Their specialised cloud brightening machine is a cross between a jet turbine and a snow machine, loaded onto the back of a barge it uses seawater to spray a fine mist into the air. The team was able to create hundreds of trillions of sea salt crystals per second which floated into the sky to help bolster the existing clouds’ reflectivity.

The results from this year’s small-scale test were encouraging, the project leader Dr Daniel Harrison remarked, “The technology worked a lot better than we planned at these early stages.” This natural method is also promising as it is chemical-free, low-impact, relatively cheap to implement, and easy to scale up to cover hundreds of square kilometres, because, as he said “nature is doing all the work for you.”

Saving the Great Barrier Reef

Future trials are already being planned for the coming years, with support and funding from the Federal Government’s Reef Restoration and Adaptation Science Program. The team hopes to run a full-scale experiment 10 times larger than this trial in the next two years. The team and Dr Harrison are hopeful, saying, “In the future this technology might be able to be applied over the Great Barrier Reef to reduce the severity of coral bleaching during marine heatwaves, cooling and shading the corals below,” and are excited by the potential of their new method, “If it works as well as we hope then maybe we could reduce the bleaching stress by about 70 per cent… potentially nearly all of the mortality.”

Ultimately, the team sees this cloud brightening method as a way of buying valuable time for the reef while a viable long-term solution to the underlying challenge of climate change can be found. “It’s actually protecting the reef as it already is, trying to restore it is a much harder proposition because once it’s gone, it’s a lot harder to replace it.”

Dynamic Shading for Well-Being & Energy Efficiency

Thermal comfort is becoming increasingly important for architects and building planners around the world. As climate change continues to make weather around the globe more extreme, it has become more apparent how important it is that people are thermally comfortable.

Thermal comfort simply means that a person does not feel too hot or too cold, but this simple thing has a huge impact on people. For example, feeling so hot that trying to be productive or just thinking seems impossible. Your thermal comfort is important for your health and well-being as well as brain function.

Scientists are still learning about all the factors that impact our thermal comfort and the impacts it can have on our mind and body. They are also looking into new ways to control the temperature, humidity and airflow in buildings for optimal thermal comfort without needing expensive and inefficient mechanical cooling and heating systems.

Dynamic shading is a new alternative promising energy-efficient buildings that can actively increase the mood and productivity of the occupants. Dynamic shading is an intelligent automated system that uses sensors to detect the temperature inside, the angle and direction of sunlight, and other factors to then retract and extend shade sails, awnings or blinds for maintaining as much natural light as possible while keeping the temperature stable inside throughout the day.

For its promising energy efficiency, reduced electricity expenses and increased productivity, business and owners of commercial spaces have been taking notice. Workplaces around the world have been driving interest and further development of dynamic shading and thermal comfort solutions.

However, as this year forced swathes of office-workers to stay at home, all-day thermal comfort has grown increasingly important for the average person. Dynamic shading at the moment is at the forefront of technology, but the commercial focus means the average system is designed with large multi-story commercial spaces in mind. These systems are excessive for the average home and prohibitively expensive for an individual or small family.

But there are still ways to get the benefits of dynamic shading with a simpler alternative. Retractable shade solutions are perfect for creating shade when it is needed and can easily be retracted to allow natural light in. Without the sensors and automation, you still need to extend and retract the sail yourself, making it more manageable and affordable for residential use.

In the past, retractable shade sails and awnings have been less popular than a permanently tensioned shade sail. This was mostly because of awkward retraction systems that were difficult to use and often failed. But with the constant innovation from retractable shade sail manufacturers around the world, retractable shade sails are easy to adjust and last just as long as their non-retractable counterparts.

Retractable shade sails and awnings are powerful tools for maintaining thermal comfort and can provide many of the same benefits as dynamic shading at a more affordable price.

Fact Check: Why You Get Burnt in The Shade

As anyone who has been burnt on an overcast day in Australia will attest, just because it’s not sunny doesn’t mean you can’t get sunburnt. As Australian’s, we are acutely aware of the dangers of UV rays, but sometimes it can be easy to forget that shade does not equal UV protection. In fact, in recent years, we have seen an increase in babies and young children being severely burnt in the shade because of this confusion. Many of us know the feeling, in the shade, undercover, in a car, on a boat or just out and about an overcast day you still get that skin tingling feeling and you know you are getting burnt. But why does it happen and how can we stop ourselves and our families from getting burnt in the shade?

Ambient & Reflected Solar Radiation

One reason is reflected and ambient UV rays. Even when you are directly under a solid roof structure, UV radiation is still bouncing around and can burn you. This can be worsened when you are near reflective surfaces like the ocean or a pool, or glass windows and doors. Even the walls of your home and other buildings can reflect those harmful UV rays right to you and your family while you are undercover. Windscreens are often treated to block out UV rays, but the other windows in your car and at home will let solar radiation pass through, to the point where, in tropical and equatorial parts of the world like the northernmost parts of Australia, Singapore and India it is recommended that sunscreen should be worn even when indoors.

There are things you can do to help reduce ambient and reflected solar radiation. Investing in glass coatings that block UV rays, make use of specialist paints that lower UV radiation reflection, swapping tiles or concrete in outdoor areas with grass or other natural material with low reflectivity, and low-density vegetation around shaded areas can also help break up reflected solar radiation. Sun safe clothing, sunscreen and all the usual sun protection methods are always helpful. It may seem like overkill when you are in the shade or even indoors, but babies, young children and people with sensitive skin are still susceptible to ambient and reflected UV radiation.

Under A Shade Sail

Shade sails by their nature are made from knitted or woven fabrics, and all these fabrics have tiny gaps in the weave between the threads. Different shade sail materials are all made differently to have bigger or smaller gaps, and special treatments or coatings depending on the intended use of the material. Agricultural fabrics can be very open to let through the UV rays that plants need to grow, where architectural fabrics are designed to protect people from as much harmful UV radiation as possible.

A shade sail might have a high shade factor but low UV protection, which means you are being exposed to high levels of direct UV radiation on top of the ambient and reflected UV rays all while thinking you’re protected in the shade.

Not All Shade Sails Are Created Equal

When you are looking for a shade fabric that can protect you and your family from the harsh Australian sun, there are several things to keep in mind. Choosing dark colours and fabric with a close-knit weave is a great place to start. The properties of darker threads and the smaller and fewer the gaps in the fabric mean that generally, these options will offer better UV protection.

But the most important thing to do is check the fabric’s technical specifications for the solar protection information. This information can be confusing, but there are a few simple things to look for. Firstly, even in the same fabric range, every colour should have slightly different solar properties, if there is only one set of data find out which colour that information matches and ask to see the data for the colours you are interested in.

Remember that shade factor does not equal UV protection. For UV protection, look for headings like UVR Block, UPF Rating or UVE Ranking. These three systems are all slightly different, but they all represent the protection the fabric offers from solar radiation. The UVE ranking system is the current and most comprehensive system for rating shade fabrics, but UVR and UPF can still give an indication. For UVR, the higher the percentage, the better the protection, UPF ratings look similar to sunscreen ratings, and the highest rating is UPF 50+, and the highest UVE ranking is ‘most effective’.

You might also see Solar Transmission, which is most commonly used in tinting and glazing, but some shade fabrics also use this measure. In this context, the lower the number, the better, indicating a small percentage of UV radiation transmitting through the material.

By knowing the difference between shade and UV protection, it is easy to avoid getting burnt in the shade and out of it.

Are You Eligible for a Shade Sail Grant?

In these unprecedented times, various grants have been delayed or refocused in one way or another, but that does not mean there are not still plenty of funding opportunities out there for a new shade sail. Governments and not-for-profit organisations around Australia are still investing in creating shade in schools, daycares, early learning centres, playgrounds, sporting facilities, and other community spaces.

Using high-quality shade is considered one of the best ways to protect from harmful UV rays, but did you know that creating shade has been linked with increased physical activity in children and adults and enhancing community engagement. In addition, construction and landscaping projects of this nature help support local business and boost the economy in these uncertain times. With the broad array of benefits, funding comes in a variety of forms, including specialist shade grants, public health grants, sport and physical activity grants, general community grants and more.

Shade structures are highly versatile, but good quality ones can be expensive for small community groups. This makes them great projects to seek funding for. There is a range of annual grant programs available across Australia that can help to ease the cost of installing a new shade sail. The Cancer Council and various state and local governments offer a range of funding programs every year for a huge variety of community groups, small businesses and schools.

There may be plenty of grants out there, but more groups are applying for funding. These grants can be highly competitive and may only be open for short periods. It is important to be on the lookout for programs that can help your group and get your application in quickly. If you are looking to improve your shade sail funding application, try the Australian Shade News’ Specialist Grant-Writing Service. With an expert writer working with you, our service can help your organisation stand out from the crowd. For a superior grant application that will help your organisation gain the funding you need for a shade sail, contact us today.

Your FAQs

Each issue, we strive to answer your questions about anything shade sail. This time, the question is: “Should I get my shade sail repaired or does it need to be replaced?”

Australian Shade News Answer:

There are a lot of considerations to make when you are trying to decide if repair or a replacement is the right way to go. It can be difficult to find relevant and helpful information and understand what is right for your circumstances. Repairs can be cheaper in the short term compared to a replacement, but they are not always the best solution. It all depends on your sail and the kind of damage. Here are our simple tips to help you understand when to get a repair and when you need a replacement.

How was it damaged?

This one may seem obvious, but it is an important one to think about first. If holes form or fraying just starts to happen one day and continue to worsen with no apparent cause, no matter the age of your sail, it is probably not worth repairing. When a shade sail is deteriorating like this, repairs will be a temporary solution at best and can very quickly become costly. After having one section repaired, you will continue to see tearing and fraying in other areas because the sail has lost its structural integrity.

But what if there was clearly an incident responsible for the damage? Sometimes, usually in the case of impact damage, you know exactly when and how your shade sail was damaged. Depending on the size and kind of damage inflicted, since there were no underlying problems with your sail, repair may be an option. Small punctures and burn marks can often be patched over. However, patching is not always an option for waterproof shade sails as these sails have special coatings that make them waterproof. If that coating has been damaged patching will not guarantee your sail will still be waterproof, and it may leak around the patch.

Larger rips and tears or significant stretching and misshaping from large, heavy impacts may necessitate the replacement of the entire sail. These kinds of events probably are not covered by your shade sail’s warranty, but in most cases, the damaging person’s or your own insurance will cover this.

How old is the sail?

Like everything, shade sails do not last forever. Low-quality sails can have a lifespan as short as two years, compared with architectural shade mesh and commercial grade products which can last upwards of 10 years. So, it is important to know what kind of shade sail you have and how long it should last.

Your warranty is a good indicator of the expected life of your sail. While they can last longer with proper care and maintenance and a bit of luck, exposure to the elements and harsh weather conditions over the years will slowly and surely deteriorate your sail. If the sail is still new and inside warranty, it should be easy to get a replacement for your faulty sail. If your sail, however, is showing damage after the warranty has expired, it is best to replace it as the underlying deterioration will continue to show and worsen after attempted repairs.

Storm Damage & Stitching

High winds do not cause as much damage to shade sails as you might think. Oftentimes, a storm-damaged shade sail was already weakened, and the extra stress of the storm finally pushed it over the edge. Storms can damage your hardware and mounting points, but usually, after a fixing point has come away, when it is remounted, the sail itself is fine.

Most high-quality shade sails stand up well to storms, but tree branches or other flying debris can still do damage. But when that does not happen, how do you get huge tears in shade sails? Often those tears are along the seam where the thread from the stitching has simply ripped out of the sail. A shade sail’s strength comes down to its weakest parts; even high-quality, heavy-duty shade fabric sails could come apart if the thread used to stitch the sail together is not high quality as well. In cases like this, re-stitching is usually feasible, but if you can only have it re-stitched with the same low-quality thread, it may not be worth it.

Warranty Confusion & Finding a Repairer

Understanding your warranty is key to making sure you are getting a quality product. You will regularly find the warranty on your shade sail is actually a collection of warranties on the various parts and workmanship. Even though the fabric of your sail may have a ten-year warranty, the stitching may not. So, if your sail needs a re-stitch, outside of that stitching warranty, you may find yourself paying for the new thread and labour several times over the life of the fabric.”

If you are looking for more answers, please contact us to submit your question or take a look at our previous issues.

The post Australian Shade News 2020 appeared first on Newcastle Shade Sails.

If you’re planning on getting a shade sail, it is important to consider the council approval and planning permissions you’ll need. Your local council will have rules surrounding development approvals in your area. Whether you need approval and what kind you need is dependent on a range of factors including the design, size and placement of your potential shade sail at the discretion of your local council. If you don’t gain the appropriate permissions your council could demand you remove it, or it will cause trouble for you later on.

In New South Wales, the state Department of Planning, Industry and Environment and your local council asses development and building requests in line with the State Environmental Planning Policy. Generally, shade sails are considered Exempt or Compliant Development which means you don’t need any approval or have a simplified approval process, but there are exemptions.

When you need planning permission

Heritage & Conservation Zones 

If your building is a listed local or state heritage site, or part of a protected or conservation zone you must speak with your local council before building your shade sail. Even if your sail is a free-standing structure that won’t damage the building, heritage restrictions may still consider it as changing the appearance of the building. Other protected zones, may have specific design requirements to assist in the preservation of nearby flora and fauna, or properties along the foreshore or in high-risk bushfire and flood areas.

The sail is too large

If your shade sail is going to cover more than 20m2 you will need to apply for development permission from your council. You will also need permission if any part of the sail will be over 3m tall, above the ground level or the floor level or whatever surface it’s constructed on, for example, a deck. If you are planning multiple shade sails, or already have one on the site, you will need to seek permission if more than 15% of the ground floor area of all buildings on the lot will be covered by shade sails.

The location of the sail 

If any part of your shade sail will be in front of the building line on the side of the primary street, you will need to gain council permission. If your home is on a corner block, your primary street is usually the street named in your address. If you have another approved structure, such as a shed or garage that is in front of the main house, the building line is moved forward to the front edge of that structure. 

The distance your shade sail needs to be from the boundary line to be exempt varies. Generally, your sail should be at least 900mm from any boundary line. However, if you live in some Rural or Large Lot Residential Zones this can extend as far as five meters on all sides, or in some duplexes and terraced houses, three meters from your rear boundary. Depending on your home, the size of your property and the surrounding buildings these rules can differ so it’s best to check with your council.

Other considerations

Planning permission is not the only kind of council approval you might need. Your council might have different local requirements, so it’s always best to confirm with your council exactly what kind of approvals you need. For example, if your shade sail is an exempt development, the City of Newcastle doesn’t need to approve your sail, but they still may want to see evidence that you are complying with the state standards. If you have a complying development you may still need to submit a development application, in the Central Coast Council area a complying development certificate is subject to a shorter 10-day approval process.

How we can help

Our local team can help you ensure that your new shade sail design will fit within your council’s guidelines and help you through the approval and certification process. Newcastle Shade Sails has extensive experience designing and installing a variety of custom shade sails in the area. Call us today to start planning your new shade sail with a local expert.

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Our Custom Sand Pit Covers are reliable, safe, and durable. They are custom-made to ensure you receive a sandpit cover that fits well, is easy to move, reduces Workplace Health and Safety risks, is future-proofed, and durable.

Our sandpit covers prevent debris, litter, and animals from entering and contaminating the sandpit. With a Commercial Sand Pit Cover, you can have peace of mind while your children play, explore and learn.

Commercial Sand Pit Covers are great for:

• Playground Sand Pits
• Schools
• Long Jump Sand Pits
• Early Learning Centres

Bring the joy and excitement of play and learning in sandpits without the risks!

Sand pits are great sources of fun, exploration, and creativity in homes, schools, and early education centres. But to ensure the best quality care and protection sandpits need to remain safe and hygienic.

To keep your sandpit safe and tidy it is important to prevent hazards and keep the sand pit hygienic. Custom Sand Pit Covers protect sandpits from sharp and dangerous objects from becoming buried and contamination from animal faeces.

Easy and Safe to Move

Our Sand Pit Covers are made with lightweight durable commercial grade shade sail, making them easy to move and carry. Made from shade sail material, our covers prevent moss and mould from forming in the sandpit, prevent water pooling on top of the cover, and keep the sandpit area clean and free of debris and contamination. Larger covers are made in sections, with hook and loop material on the edges allowing the sections to be connected securely, and still be easyto move and lay over the sandpit. It is important to us that the sandpit covers we make are designed to be used with ease. Other covers can be heavy and difficult to manipulate in a safe and practical way.

Quick and Effortless Use

Our Custom Sand Pit Covers have weighted edges. This makes them more durable and safer to use. With chains sewn into the edges, the covers are secure and easy to use. Other sandpit covers may use rubber straps/elastic that can deteriorate in the sun, mounts that protrude and create additional risks or sandbags that can be a nuisance to put away and spread sand outside the sandpit areas.

Designed to Last

Our Sand Pit Covers are also calculated to include the shrinkage that naturally happens due to reactivity with UV rays. With these shrinkage calculations, your sandpit cover is future-proofed and will remain usable for much longer than other covers. Commercial Sand Pit Covers also use PTFE thread, which comes with a lifetime warranty. This style of thread prevents the stitching from popping in the perimeter and seams.

We ship sand pit covers Australia wide and can come to you for a full measure across the Central Coast, Hunter Region, Newcastle and Sydney. Visit our Shade Network Partner Sand Pit Covers today.

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