What PVC material do you use for commercial inflatables?

Most water park modules, yacht slides and floating platforms are built from commercial-grade PVC tarpaulin, typically 0.9 mm for water and high-traffic units and 0.55 mm for land bouncers and event products. Specialty items use dedicated materials; for example, our disco mirror ball combines a 0.45 mm transparent PVC inner layer with a 0.3 mm high-reflectivity mirror film.

Can you build inflatables to our size, colors and logo (OEM/ODM)?

Yes. Send us your site dimensions, target rider capacity and branding files. Our designers prepare a 3D rendering for every unit, and production only starts after you approve the drawing, so the delivered product matches what you signed off.

Do you supply blowers and air pumps for my country?

Yes. We match blowers and air pumps to the voltage and plug standard of your market, for example 110 V or 220-240 V, so the equipment is ready to operate on arrival.

Which safety standards can your inflatables meet?

Tell us your destination market at the inquiry stage. We build to the material and construction requirements that apply there and can arrange third-party testing, such as EN 14960 for inflatable play equipment, when your project or local regulations require it.

Can we visit or audit your factory?

Yes. Our 6,250 m² workshop is in Baiyun District, Guangzhou, about 10-15 minutes' drive from Guangzhou Baiyun International Airport (CAN). Contact our sales team to schedule an on-site factory visit.

High-Quality Dual-Color Inflatable Air Track Manufacturer, Manufacturers

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High-Quality Dual-Color Inflatable Air Track Manufacturer, Manufacturers

This innovative inflatable mat features a unique two-tone layered design, with a pure white upper layer and a transparent emerald green lower layer, creating a visual effect reminiscent of jade floating on water. The internal reinforced mesh structure ensures stability and flatness while bearing weight on the water surface, providing a safe and comfortable platform for aquatic activities.

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Product Description

Product Highlights

Aesthetic Color Scheme

The white top layer is heat-resistant and stain-proof, while the emerald green base reflects the natural shimmer of the water.

Reinforced Mesh Technology

Built with high-density polyester mesh interior, enhancing tensile strength and tear resistance by 50%.

Water Adaptive Design

Engineered with a wave-patterned bottom surface that significantly improves grip and adhesion to the water.

Quick Inflation

Designed for high efficiency; can be fully inflated and ready for use in minutes with an electric pump.

Technical Parameters

Dimensions	10m × 2m × 0.3m
Top Layer	Reinforced Space Mesh Fabric
Bottom Layer	Mesh-Reinforced PVC

Applicable Scenarios

Infinity pools at high-end homestays

Platforms for water wedding photography

Featured facilities at coastal resorts

Custom props for film and TV production

Leisure accessories for private yachts

Frequently Asked Questions

Q: What are the overall dimensions of this platform?

The platform measures 10 meters in length, 2 meters in width, and has a thickness of 0.3 meters (10m × 2m × 0.3m), providing ample surface area and buoyancy for various events and activities.

Q: How long does it take to inflate the product?

Equipped with quick-inflation capability, the platform can be fully inflated in just a few minutes using a compatible electric air pump.

Q: What materials provide its durability and strength?

The unit is engineered with high-density polyester mesh technology that increases tensile strength by 50%. It features a reinforced space mesh fabric top layer and a mesh-reinforced PVC base for superior durability.

Q: Does the surface get uncomfortably hot under sunlight?

No, the top white layer is specially engineered to be heat-resistant and stain-proof, keeping the platform comfortable and clean during sunny outdoor conditions.

Q: How does the platform maintain stability on the water?

It features a water-adaptive wave-patterned bottom design, which optimizes surface tension and adhesion to minimize sliding and keep the structure secure on water surfaces.