Wheel chocks are one of the simplest yet most important safety tools used in industrial, automotive, aviation, and logistics environments. Whether you manage a warehouse fleet, transport vehicles, aircraft operations, or workshop equipment, wheel chocks prevent dangerous movement during loading, parking, maintenance, and storage.

Businesses today require durable and compliant wheel restraint systems that can withstand heavy loads, harsh weather, and continuous industrial use. From wheel chocks steel designs for mining operations to motorcycle wheel chock 3D model concepts used in fabrication and prototyping, there are now highly specialised solutions for every industry.

What Are Wheel Chocks?

Wheel chocks are wedge-shaped safety devices designed to prevent vehicles, machinery, and mobile equipment from rolling unintentionally when parked, loaded, unloaded, or under maintenance. Positioned firmly against a tyre, a wheel chock creates resistance that helps keep the vehicle stable on flat surfaces, loading docks, ramps, or uneven ground.

Although wheel chocks may appear simple, they play a major role in workplace safety across transport, logistics, warehousing, aviation, construction, and industrial operations. Even a slight vehicle movement can create serious hazards for workers, equipment, and nearby infrastructure. Using properly rated wheel chocks helps reduce these risks while improving operational control.

Modern wheel chocks are manufactured using materials such as rubber, polyurethane, steel, and reinforced plastic, depending on the intended application. Heavy-duty industrial environments often require durable polyurethane or rubber wheel chocks because they provide strong grip, weather resistance, and long-term performance under extreme loads.

Wheel chocks are widely used in truck and trailer operations where vehicles remain stationary during loading and unloading procedures. Warehouses and logistics facilities depend on wheel restraint systems to reduce trailer movement at loading docks and improve forklift safety during cargo transfer. Without adequate wheel stabilisation, unexpected trailer movement can cause loading accidents and equipment damage.

In aviation environments, aircraft wheel chocks are considered essential ground safety equipment. These specialised chocks are designed to handle large aircraft tyres and extreme vehicle weights while remaining highly visible on airport tarmacs. During refuelling, maintenance, passenger boarding, and parking procedures, aircraft wheel chocks help prevent unintended aircraft movement and support safer airport operations.

Motorcycle wheel chocks are also commonly used in workshops, garages, transport trailers, and motorsport environments. They help secure motorcycles upright during maintenance or transportation by stabilising the front wheel and limiting movement. Adjustable motorcycle wheel chocks are especially popular because they accommodate different tyre sizes and bike models.

Industrial facilities and manufacturing plants rely heavily on wheel chocks for mobile equipment safety. Forklifts, cranes, mobile machinery, and heavy industrial vehicles can become hazardous if left unsecured, especially on inclined surfaces or active worksites. Heavy-duty wheel chocks help create safer maintenance procedures while supporting workplace compliance requirements.

Construction sites frequently use wheel chocks because machinery often operates on rough or uneven terrain. Equipment such as dump trucks, excavators, loaders, and rollers can shift unexpectedly without proper wheel restraint systems in place. Construction-grade wheel chocks are designed to withstand mud, oil, weather exposure, and high-pressure loads found in demanding outdoor conditions.

Wheel chocks are also useful in commercial kitchens, healthcare facilities, and industrial workspaces where heavy mobile equipment needs temporary stabilisation. Large appliances, stainless steel workstations, and wheeled machinery may move during operation or cleaning, creating safety concerns in busy work environments. Compact wheel chocks or caster restraints help improve stability and workplace control.

The importance of wheel chocks extends beyond basic safety. Businesses that implement effective wheel restraint procedures often experience fewer workplace incidents, reduced equipment damage, and improved operational efficiency. Proper vehicle stabilisation also supports compliance with workplace safety standards and transport safety regulations.

Choosing the right wheel chock depends on factors such as vehicle size, tyre diameter, surface conditions, load capacity, and environmental exposure. Heavy mining vehicles require far different wheel restraint solutions compared to motorcycles, warehouse trolleys, or commercial appliances. Selecting the correct wheel chock improves both safety performance and long-term durability.

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Why Wheel Chocks Are Essential for Safety

Wheel chocks play a critical role in preventing uncontrolled vehicle movement across industrial, commercial, transport, and aviation environments. Even when parking brakes are engaged, vehicles and machinery can still shift unexpectedly due to external pressure, mechanical failure, or unstable surfaces. A properly positioned wheel chock adds an extra layer of protection by physically restricting tyre movement and helping maintain stability during loading, unloading, servicing, or parking procedures.

In workplaces where heavy vehicles, trailers, forklifts, aircraft, or construction equipment operate daily, wheel chocks are considered an essential part of risk management and operational safety.

Prevent Vehicle Rollaways

One of the biggest safety risks in transport and industrial operations is vehicle rollaway incidents. Vehicles can begin moving unexpectedly for several reasons, even when operators believe they are secure. Sloped surfaces, worn braking systems, shifting cargo weight, vibrations from nearby machinery, and harsh weather conditions can all contribute to unintended movement.

Loading docks are particularly high-risk environments because trailers experience constant pressure changes during forklift operations. As goods are loaded or removed, weight distribution changes rapidly, which may cause trailers to shift away from docks or move suddenly. Wheel chocks help stabilise the tyres and minimise this movement, improving both worker safety and operational control.

Construction and mining environments also face elevated rollaway risks because machinery often operates on uneven terrain, gravel surfaces, or muddy conditions. Heavy-duty wheel chocks provide a physical barrier that supports safer parking and maintenance procedures for large equipment.

In aviation, aircraft wheel chocks are essential during ground handling operations. Strong winds, surface gradients, or mechanical issues can create movement risks even while aircraft are parked. Properly secured wheel chocks help maintain aircraft stability during refuelling, boarding, inspections, and servicing procedures.

Improve Workplace Compliance

Many industries now include wheel restraint systems as part of mandatory workplace safety procedures. Warehouses, freight terminals, mining sites, airports, manufacturing plants, and construction projects must follow strict safety standards designed to minimise vehicle-related incidents.

Wheel chocks support workplace compliance by helping businesses implement safer vehicle immobilisation practices. In many operations, wheel chocks are used alongside dock locks, parking brakes, and lockout procedures to create a more comprehensive vehicle safety system.

Safety inspectors and workplace auditors often assess whether proper wheel restraint systems are being used in loading areas, maintenance zones, and transport operations. Businesses that fail to secure vehicles correctly may face higher accident risks, operational downtime, equipment damage, and potential compliance penalties.

Implementing wheel chock procedures also demonstrates a stronger commitment to worker safety, operational responsibility, and risk reduction across industrial environments.

Protect Workers and Equipment

Wheel chocks are not only designed to stabilise vehicles they also protect workers, cargo, infrastructure, and expensive equipment from preventable accidents.

Unexpected trailer movement during loading operations can cause forklifts to fall between loading docks and trailers, leading to severe injuries and operational disruptions. In maintenance environments, unsecured vehicles may roll unexpectedly while technicians are working nearby or underneath equipment. On airport tarmacs, aircraft movement during servicing procedures can place ground crews and equipment at serious risk.

By reducing vehicle movement, wheel chocks help create safer working conditions for employees across multiple industries. They also reduce the likelihood of equipment collisions, damaged cargo, and infrastructure repair costs caused by uncontrolled vehicle motion.

Industrial businesses increasingly invest in high-quality wheel chocks because they provide a simple yet highly effective way to improve workplace safety standards while protecting operational assets.

Understanding Wheel Chocks Sizes

Choosing the correct wheel chocks sizes is one of the most important factors in vehicle safety and equipment stability. A wheel chock that is too small may fail to hold the tyre securely, while an oversized chock may not fit correctly against the wheel surface. Proper sizing helps improve grip, load distribution, and resistance against unintended vehicle movement.

Wheel chock size selection depends on several factors, including tyre diameter, vehicle weight, ground conditions, and the operational environment. Different industries require different wheel restraint capacities, which is why wheel chocks are available in a wide range of dimensions, materials, and load ratings.

Businesses operating transport fleets, warehouses, construction equipment, or industrial facilities should always match wheel chock size with the vehicle’s operational requirements rather than choosing a universal solution.

Small Wheel Chocks

Small wheel chocks are commonly used for lightweight vehicles and mobile equipment where compact stabilisation is required. These wheel chocks are designed to fit smaller tyres while still providing sufficient grip and movement resistance.

Motorcycles frequently use compact wheel chocks during transportation and workshop servicing. Motorcycle wheel chocks help keep bikes upright and stable inside trailers, garages, or maintenance areas. Cars and small utility trailers also rely on smaller wheel chocks for parking safety, especially on inclined surfaces or during repairs.

Commercial kitchens, healthcare facilities, and industrial workspaces often use compact wheel chocks or caster restraints for appliance stabilisation. Mobile equipment such as stainless steel benches, refrigeration units, and wheeled machinery can shift unexpectedly during operation or cleaning, making small wheel restraints valuable in workplace safety management.

Most small wheel chocks are manufactured from lightweight rubber or reinforced plastic materials, making them easy to carry, position, and store.

Medium Wheel Chocks

Medium-sized wheel chocks are widely used in logistics, transport, and commercial vehicle operations. These wheel chocks are suitable for delivery vans, utility vehicles, and light commercial trucks that require stronger restraint capacity than passenger vehicles.

Warehouses and distribution centres commonly use medium wheel chocks during loading dock operations to help stabilise delivery vehicles while goods are transferred. As forklifts move in and out of trailers, vehicle movement can occur due to changing weight distribution and loading pressure. Properly sized wheel chocks help minimise this risk and support safer loading procedures.

Medium wheel chocks are often manufactured using durable rubber or polyurethane because these materials provide better traction, weather resistance, and long-term durability in demanding commercial environments.

Transport businesses typically choose medium-duty wheel chocks for vehicles involved in local deliveries, service fleets, and commercial logistics operations where daily loading and unloading activities create ongoing movement risks.

Heavy-Duty Wheel Chocks

Heavy-duty wheel chocks are designed for large vehicles, industrial machinery, and high-load environments where maximum stability is required. These wheel chocks are significantly larger and stronger to handle the extreme weight and tyre pressure associated with mining equipment, freight trucks, aircraft, and industrial vehicles.

Mining and construction industries rely heavily on heavy-duty wheel chocks because machinery often operates on uneven surfaces, steep gradients, and harsh outdoor conditions. Equipment such as dump trucks, loaders, excavators, and haul trucks requires reinforced wheel restraint systems capable of withstanding substantial pressure and environmental exposure.

Aircraft wheel chocks are another example of heavy-duty wheel restraint systems. Aviation chocks are engineered specifically for large aircraft tyres and are built to resist movement caused by wind, surface slope, and operational vibrations during ground servicing.

Freight transport companies also use heavy-duty wheel chocks for semi-trailers, container trucks, and large transport vehicles operating at loading docks and logistics hubs. In these environments, wheel chocks help improve worker safety while protecting infrastructure and cargo during loading operations.

Heavy-duty wheel chocks are commonly manufactured from reinforced rubber, steel-reinforced polyurethane, or composite industrial materials that deliver high compression strength and long service life under extreme operating conditions.

Wheel Chocks Steel vs Rubber vs Polyurethane

Choosing the right wheel chock material is just as important as selecting the correct size. Different industries operate in different conditions, which means the performance of a wheel chock can vary depending on weather exposure, vehicle weight, ground surfaces, and operational demands.

The most common wheel chock materials used across transport, warehousing, aviation, mining, and industrial operations are steel, rubber, and polyurethane. Each material offers specific advantages depending on the environment and load requirements.

Understanding the differences between these wheel chock materials helps businesses improve safety performance, reduce replacement costs, and select the most suitable restraint system for long-term operational use.

Wheel Chocks Steel

Wheel chocks steel models are designed for extreme-duty industrial applications where maximum strength and durability are required. These wheel chocks are commonly used in mining operations, freight transport yards, construction sites, and heavy industrial environments where vehicles and machinery carry substantial loads.

Steel wheel chocks perform well in harsh outdoor conditions because they can tolerate high pressure, constant impact, and demanding operational environments. Mining vehicles, haul trucks, and heavy-duty industrial transport equipment often require reinforced steel wheel chocks due to their massive tyre sizes and operational weight.

One of the biggest advantages of steel wheel chocks is their long service life. They are highly resistant to structural damage and maintain performance under continuous heavy use. In operations where wheel restraints are exposed to rough terrain, debris, and extreme environmental conditions, steel wheel chocks provide reliable long-term stability.

Steel wheel chocks are also suitable for industrial transport environments where large freight vehicles remain parked during loading and unloading procedures. Their heavy construction improves stability and helps reduce accidental movement risks.

However, steel wheel chocks are significantly heavier than other wheel restraint options. This can make handling and transport more difficult for workers who need to position and remove wheel chocks regularly throughout the day. They also typically involve a higher upfront investment compared to rubber or polyurethane alternatives.

Despite the higher cost, many industrial operations prefer steel wheel chocks because of their durability and load-bearing capacity in demanding applications.

Rubber Wheel Chocks

Rubber wheel chocks are among the most widely used wheel restraint solutions across automotive workshops, logistics facilities, warehouses, and commercial transport fleets. Their balance of affordability, grip performance, and portability makes them suitable for a broad range of vehicle safety applications.

One of the main benefits of rubber wheel chocks is their strong traction on concrete, asphalt, and warehouse flooring. Rubber naturally creates good surface grip, helping reduce tyre slippage during parking, maintenance, or cargo loading activities.

Automotive workshops frequently use rubber wheel chocks during vehicle servicing and repairs because they are lightweight and easy to reposition. Delivery fleets and warehouse operations also rely on rubber wheel chocks to secure vans, trailers, and commercial vehicles at loading docks.

Compared to steel wheel chocks, rubber models are easier to carry and store. Their lightweight design improves convenience for workers who need to move wheel restraints frequently throughout industrial or transport operations.

Rubber wheel chocks are also cost-effective, making them a popular choice for businesses managing large fleets or multiple loading zones. However, lower-quality rubber wheel chocks may wear faster under extreme loads or harsh environmental exposure, especially in mining or heavy construction environments.

For general transport, warehouse, and automotive applications, rubber wheel chocks remain one of the most practical and widely adopted safety solutions.

Polyurethane Wheel Chocks

Polyurethane wheel chocks are increasingly popular in aviation, mining, logistics, and industrial environments because they combine strength with lightweight handling. These wheel chocks are engineered to deliver high-performance durability while remaining easier to transport than steel alternatives.

One of the major advantages of polyurethane wheel chocks is their resistance to chemicals, oils, fuels, and harsh environmental conditions. This makes them particularly suitable for airports, industrial plants, mining sites, and freight terminals where exposure to chemicals or outdoor weather is common.

Aircraft wheel chocks are often manufactured from polyurethane because the material provides excellent durability without adding unnecessary weight for ground crews. Aviation operations benefit from wheel chocks that are easy to position quickly while maintaining strong stability under heavy aircraft loads.

Polyurethane wheel chocks also perform well in wet conditions and temperature extremes, making them suitable for outdoor industrial operations across Australia. Unlike some rubber materials, polyurethane maintains structural integrity longer when exposed to UV radiation, oils, and industrial chemicals.

Another benefit is portability. Workers handling heavy transport or industrial vehicles often prefer polyurethane wheel chocks because they are easier to lift and reposition compared to steel wheel restraints.

Wheel Chock Chain 15 Systems Explained

Wheel chock chain 15 systems are widely used across heavy transport, mining, logistics, and industrial operations where large vehicles require secure and reliable wheel restraint solutions. These systems typically consist of two heavy-duty wheel chocks connected by a durable chain, allowing operators to stabilise multiple tyres efficiently while improving workplace safety procedures.

In high-traffic industrial environments, wheel chock chain systems help simplify vehicle restraint operations while reducing the risk of misplaced or incorrectly positioned wheel chocks. They are especially common in freight yards, transport depots, mining sites, and loading facilities where heavy vehicles operate continuously throughout the day.

Because heavy commercial vehicles often experience movement during loading, unloading, or maintenance procedures, chain-connected wheel chocks provide additional operational control and improve deployment consistency across large fleet operations.

Why Chains Matter

The chain component in wheel chock chain 15 systems serves several important operational and safety functions. One of the primary benefits is maintaining both wheel chocks as a connected pair. In large industrial sites, loose wheel chocks can easily become separated, misplaced, or left behind after vehicle movement. Chain-linked systems reduce this issue by keeping the restraint equipment together at all times.

Deployment speed is another major advantage. Workers can position connected wheel chocks faster because both restraints are already aligned and accessible. In busy freight depots or mining environments where multiple vehicles require rapid stabilisation throughout the day, faster deployment improves operational efficiency while reducing downtime.

Chains also help improve visibility and organisation within loading zones and transport yards. Operators can quickly identify whether wheel restraint systems are properly installed before loading or maintenance activities begin.

In some heavy-duty applications, chain-linked wheel chocks are used as part of standard workplace safety protocols to improve consistency in vehicle immobilisation procedures. The connected system encourages correct placement and reduces the likelihood of incomplete wheel restraint setup.

Another important benefit is equipment management. Industrial operations handling large fleets often manage dozens or even hundreds of wheel chocks across multiple loading bays or vehicle areas. Chain systems help minimise equipment loss while supporting more organised safety processes.

Wheel Chock 2×4 DIY Solutions

Some vehicle owners and workshop operators use temporary wheel chock 2×4 setups made from timber blocks as a basic method of preventing vehicle movement. These DIY wheel chocks are typically created by cutting angled sections from standard 2×4 timber pieces and placing them against tyres to provide short-term stabilisation.

Wheel chock 2×4 solutions are commonly seen in home garages, small workshops, trailer parking areas, and temporary maintenance situations where quick restraint is needed. Because timber is inexpensive and widely available, many people choose this approach for light-duty applications or emergency use.

While timber wheel chocks may provide basic support in limited situations, they are generally not designed for industrial safety standards or heavy vehicle applications. Businesses operating commercial fleets, warehouses, freight facilities, or industrial machinery should carefully assess the risks before relying on temporary wooden wheel restraints.

Advantages

One of the main reasons people create wheel chock 2×4 systems is affordability. Timber is inexpensive compared to industrial-grade wheel restraint products, making DIY wheel chocks attractive for occasional use or small-scale vehicle stabilisation.

Another benefit is accessibility. Standard timber materials are easy to source from hardware suppliers, allowing users to build basic wheel chocks quickly without specialised equipment or manufacturing processes. This convenience makes DIY timber chocks popular for temporary stabilisation tasks in personal garages or recreational vehicle storage.

Wheel chock 2×4 designs can also be customised to suit different tyre sizes or vehicle types. Some users create larger angled timber blocks for trailers or utility vehicles, while smaller designs are often used for motorcycles or lightweight equipment.

For temporary parking or low-risk applications, timber wheel chocks may provide enough resistance to reduce minor vehicle movement on flat surfaces.

Limitations

Despite their low cost and simplicity, wheel chock 2×4 systems have significant limitations when compared to professionally engineered wheel restraint products.

One major concern is durability. Timber wheel chocks can wear down quickly when exposed to moisture, heavy loads, oil contamination, or repeated pressure from tyres. Over time, the wood may crack, split, or lose structural integrity, reducing its ability to safely restrain vehicles.

DIY timber wheel chocks also lack the engineered grip performance found in industrial rubber or polyurethane wheel chocks. Smooth timber surfaces may slide on concrete, asphalt, or wet ground conditions, especially under heavy vehicle loads or during loading operations.

Another important issue is compliance. Most workplace safety regulations require properly rated and tested wheel restraint systems for industrial, commercial, transport, and aviation environments. DIY timber wheel chocks generally do not meet certified safety standards for heavy-duty operational use.

In freight yards, warehouses, mining facilities, and transport depots, using uncertified wheel restraint systems may increase operational risks and create compliance concerns during workplace inspections or safety audits.

Heavy commercial vehicles, trailers, industrial machinery, and aircraft require wheel chocks specifically engineered to handle large tyre loads, environmental exposure, and operational pressures. Professionally manufactured wheel chocks are designed with tested materials, reinforced structures, and safety-focused performance standards that DIY timber systems cannot reliably match.

For businesses focused on workplace safety, long-term durability, and compliance, industrial-grade wheel chocks remain the safer and more dependable solution.

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Wheel Chocks in Vehicle Safety Systems

Wheel chocks in vehicle safety systems play a vital role in preventing unintended movement during transport operations, maintenance procedures, loading activities, and industrial workflows. Across commercial and industrial sectors, wheel chocks are considered a simple yet highly effective safety control that helps improve vehicle stability and reduce operational risks.

Whether managing a freight fleet, servicing heavy equipment, operating a warehouse, or handling industrial transport vehicles, businesses rely on wheel chocks to create safer working environments for employees, contractors, and equipment operators.

In fleet management operations, wheel chocks help stabilise parked vehicles during inspections, repairs, loading, and unloading. Even modern braking systems can fail or lose holding power under certain conditions, particularly when vehicles are parked on sloped surfaces or exposed to heavy cargo movement. Properly placed wheel chocks provide an additional physical barrier that helps minimise accidental vehicle rollaways.

Vehicle servicing environments also depend heavily on wheel restraint systems. Automotive workshops, heavy vehicle maintenance facilities, and industrial repair centres use wheel chocks to secure vehicles while technicians perform inspections or repairs. Uncontrolled vehicle movement during servicing can create serious hazards for workers positioned near or underneath equipment.

Loading docks are another high-risk operational area where wheel chocks are widely used. As forklifts move cargo in and out of trailers, shifting weight distribution can cause trailers to move unexpectedly. Wheel chocks help stabilise the vehicle during these operations, improving safety for forklift operators and warehouse staff while reducing the risk of loading dock accidents.

Warehousing operations frequently incorporate wheel chocks into broader workplace safety systems designed to manage transport risks and improve operational control. Large distribution centres handling continuous freight movement rely on effective wheel restraint procedures to maintain safer loading zones and improve logistics efficiency.

Industries That Depend on Wheel Chocks

Transport and logistics companies rely on wheel chocks daily to secure freight vehicles, trailers, delivery vans, and heavy transport equipment. In busy freight depots and loading facilities, properly positioned wheel chocks help reduce movement risks during loading and unloading activities while supporting safer fleet operations.

The aviation industry also depends heavily on wheel chocks for aircraft ground safety. Aircraft wheel chocks help stabilise planes during refuelling, maintenance, boarding, and parking procedures. Because aircraft are exposed to wind pressure, surface gradients, and operational vibrations, wheel chocks remain a critical part of airport ground handling safety systems.

Construction environments use wheel chocks to stabilise heavy machinery operating on uneven terrain or active worksites. Equipment such as excavators, dump trucks, rollers, and loaders require effective wheel restraint systems to reduce accidental movement during parking or servicing.

Mining operations place extreme demands on wheel chocks because of the massive size and weight of industrial vehicles. Heavy-duty wheel chocks made from reinforced polyurethane or steel are commonly used to secure haul trucks, loaders, and mining machinery operating in rugged outdoor conditions.

Warehousing and industrial distribution facilities use wheel chocks to improve loading dock safety and vehicle control during cargo handling procedures. In fast-moving logistics environments, proper wheel restraint systems help create safer operational workflows and reduce accident risks.

Automotive repair workshops also depend on wheel chocks for day-to-day servicing activities. From passenger vehicles to commercial fleets, wheel chocks help technicians maintain safer work conditions during inspections, tyre replacements, and maintenance tasks.

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FAQs About Wheel Chocks

What size wheel chocks do I need?

Wheel chock size depends on tyre diameter, vehicle weight, and operating conditions. Heavy vehicles require larger, heavy-duty wheel chocks for safe stabilisation.

Are steel wheel chocks better?

Wheel chocks steel models are ideal for mining, freight, and industrial environments because they offer excellent durability and load resistance.

Can wheel chocks be used for aircraft?

Yes. Aircraft wheel chocks are specially designed for aviation ground safety and help prevent aircraft movement during servicing and parking.

Are DIY 2×4 wheel chocks safe?

DIY timber wheel chocks may work temporarily for light-duty use, but industrial-grade wheel chocks provide better safety, durability, and compliance.

Where are wheel chocks commonly used?

Wheel chocks are commonly used in logistics, aviation, construction, mining, warehouses, and automotive workshops.

Conclusion

Wheel chocks play a critical role in workplace safety, vehicle restraint, and operational compliance across multiple industries. Whether you need wheel chock chain 15 systems for heavy freight, wheel chocks steel for mining operations, aircraft wheel chocks, or motorcycle wheel chock 3D model solutions, choosing the right product improves safety and efficiency.

Businesses investing in high-quality wheel chock systems reduce accident risks, protect workers, and improve operational control across transport and industrial environments.

Contact Information

Sands Industries & Trading Pty Ltd
Unit 27/191, McCredie Avenue, Smithfield NSW 2175

Phone: +61 4415 9165 | +61 477 123 699

Sales: sales@sandsindustries.com.au

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