Since. 1999
เกี่ยวกับเรา
Truck Body
สินค้า FRP
การผลิต FRP
รูปภาพ
ติดต่อเรา
Water Slides
"Automotive-Grade Precision, World-Class Fun: Premium FRP Water Slides Engineered to OEM Standards."
M.A.S. Shin Thai: Automotive-Grade Excellence in FRP Water Slides Leveraging the elite precision of our Automobile OEM manufacturing background, M.A.S. Shin Thai produces high-performance FRP/GRP composite water slides that set a new benchmark for the recreation industry. Our engineering process begins with meticulous surface care directly from the mold, utilizing automotive-grade finishing techniques to ensure a frictionless, high-gloss glide that resists weathering and wear. Built to withstand the most demanding environments, every slide is finished to a professional aesthetic and secured via certified export packing standards to guarantee safe global delivery. When you choose M.A.S. Shin Thai, you are investing in industrial-strength durability, superior composite technology, and a legacy of manufacturing perfection.
Development Procedure
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20+ Years of OEM Precision: We bring Automobile OEM manufacturing standards to every FRP/GRP water slide, ensuring flawless mold-level surface care and a high-gloss finish.
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Bespoke A-to-Z Service: From custom technical drawings to international export packing, we partner with you to deliver the world’s most durable, high-performance slides.
Designing
Custom engineering and technical drawings tailored to client needs, ensuring safety and optimal thrill.
Mold Production
Expert mold fabrication focused on structural integrity and the ultra-smooth surfaces required for high-speed slides.
Machining
Precision CNC machining and tooling to create accurate components based on automotive-grade specifications.
Gelcoating
Application of high-performance, UV-resistant gelcoats to provide a vibrant, long-lasting, and frictionless finish.
Master Production
Crafting the initial high-fidelity master pattern that serves as the blueprint for flawless mass production.
FRP GRP Handlay
Meticulous manual layering of composite materials by skilled technicians for maximum strength-to-weight ratio.
