Polyurethane modeling boards are high-performance machinable slabs designed for industrial model making applications. These tooling boards serve as superior alternatives to traditional wood and metal materials, offering enhanced dimensional stability and workability for precision manufacturing processes.

• Master patterns and modeling for prepreg CF autoclave curing
• Checking fixtures and jigs for automotive quality control
• Foundry and casting applications
• Automobile model prototyping and patterns
• Vacuum forming and thermoforming processes

• Excellent workability with low dust formation during machining
• High dimensional stability and low coefficient of thermal expansion
• Superior compressive strength for durable tooling applications
• High temperature and chemical resistance for demanding environments
• Smooth, non-porous surface finish requiring minimal post-processing
• Cost-effective alternative to metal and wood materials
• Large sheet sizes available for comprehensive project requirements

These polyurethane modeling boards provide significant advantages over traditional materials. They are substantially lighter and more economical than steel and aluminum, while eliminating the grain issues and poor dimensional stability associated with wood. The boards can be bonded together to create larger blanks and blocks, enabling CNC machining of complex models and tools with precision tolerances maintained even under extreme temperature and humidity conditions.

Widely utilized in automotive, motorsport, and general industrial sectors where prototyping, modeling, and tooling applications demand durable, reusable solutions with excellent dimensional stability and easy cleanup characteristics.