Polyurethane Model Board
MB430 Non-Toxic Polyurethane Tooling Board 1500x500mm 750x500mm with 65 Shore D Hardness and 70°C Temperature Resistance
Premium polyurethane tooling board offering superior dimensional stability and CNC machining performance. Features 0.72 g/cm³ density, 65 Shore D hardness, and 70°C temperature resistance. Ideal for automotive prototyping, master patterns, and industrial modeling applications with excellent mechanical workability and minimal dust formation.
MB430 Pink Polyurethane Model Board Tooling Foam 0.72 g/cm³ Density 70°C Heat Resistance for CNC Machining
High-performance polyurethane tooling board with 0.72 g/cm³ density and 70°C temperature resistance. Features excellent dimensional stability, easy CNC workability, and smooth non-porous finish. Ideal for automotive prototyping, casting molds, and industrial pattern making with dimensions up to 1500×500×100mm.
MB430 Pink Polyurethane Model Board 1500x500mm with 70°C Temperature Resistance and 0.72 g/cm³ Density
MB430 polyurethane tooling boards offer superior dimensional stability and easy CNC machining for automotive modeling and prototyping. With 70°C temperature resistance, 30 N/mm² compressive strength, and smooth non-porous finish, these cost-effective boards replace wood and metal in patterns, molds, and fixtures while maintaining precision tolerances.
MB430 Polyurethane Tooling Board 1500x500mm with 70°C Heat Resistance and 0.72 g/cm³ Density for CNC Pattern Making
Professional MB430 polyurethane model board with 70°C heat resistance and 0.72 g/cm³ density. Features 1500x500mm dimensions, 65 Shore D hardness, and excellent dimensional stability for automotive prototyping and CNC machining applications. Compatible with industry standards including Renshape and RAMPF tooling boards.
MB430 0.72 Density PU Polyurethane Model Board 1500mm×500mm Rigid Epoxy Tooling Block
Professional 0.72 density polyurethane model board with 65 Shore D hardness and 70°C temperature resistance. Ideal for CNC machining, automotive prototyping, and industrial tooling applications. Features excellent dimensional stability, low dust formation, and superior mechanical workability for precision model making.
MB430 Polyurethane Model Board 1500mm x 500mm x 50-100mm with 0.72 g/cm³ Density and 70°C Temperature Resistance
High-performance polyurethane tooling board with 0.72 g/cm³ density and 70°C temperature resistance. Features excellent dimensional stability, Shore D 65 hardness, and 38.5 N/mm² flexural strength. Ideal for automotive prototyping, master patterns, checking fixtures, and industrial modeling applications. Available in standard sizes up to 1500mm × 500mm.
MB430 CNC Machined Polyurethane Model Board 1500x500mm with 70°C Temperature Resistance and 30 N/mm² Compressive Strength
Professional-grade polyurethane model board for CNC machining applications. Features 70°C temperature resistance, 30 N/mm² compressive strength, and excellent dimensional stability. Ideal for automotive prototyping, tooling, and industrial modeling with smooth surface finish and thermal performance comparable to premium brands.
MB430 Epoxy Resin Polyurethane Tooling Board 750mm-1500mm × 500mm for CNC Model Building with 0.72 g/cm³ Density
Professional epoxy resin polyurethane tooling board for precision model building and CNC machining. Features 0.72 g/cm³ density, 70°C temperature resistance, and excellent dimensional stability. Ideal for automotive prototyping, industrial fixtures, and motorsport applications with low dust formation and Shore D 65 hardness.
MB430 Polyurethane Model Board 750mm-1500mm Sizes with 70°C Temperature Resistance for CNC Prototyping
High-performance polyurethane model board with 0.72 g/cm³ density and 70°C temperature resistance. Ideal for CNC machining master patterns, automotive prototypes, and tooling applications. Features excellent dimensional stability, low dust formation, and compatibility with industry standards.
MB430 Polyurethane Tooling Board 0.72 g/cm³ Density 65 Shore D Hardness for CNC Modeling and Prototyping
High-stability polyurethane foam board for industrial model making and epoxy tooling applications. Features 0.72 g/cm³ density, 65 Shore D hardness, and 70°C temperature resistance. Ideal for automotive prototyping, master patterns, checking fixtures, and CNC machining with excellent dimensional stability and low dust formation.
MB430 Polyurethane Model Building Board 0.72 g/cm³ Density 70°C Temperature Resistance for Automotive Tooling
Professional-grade polyurethane model building board with 0.72 g/cm³ density and 70°C temperature resistance. Features 65 Shore D hardness, 30 N/mm² compressive strength, and excellent dimensional stability for automotive prototyping, CNC tooling, and motor sport applications. Available in 1500mm and 750mm lengths with multiple thickness options.
MB430 Polyurethane Model Board 0.72 g/cm³ Density 70°C Temperature Resistance for CNC Pattern Making
Professional polyurethane tooling board with 0.72 g/cm³ density and 70°C temperature resistance. Features excellent dimensional stability, easy CNC machining, and smooth non-porous finish. Ideal for automotive prototyping, foundry patterns, and industrial modeling applications with dimensions up to 1500×500×100mm.
MB430 Brown Polyurethane Model Board 750mm-1500mm Sizes with 70°C Temperature Resistance and 0.72 g/cm³ Density
High-performance epoxy resin tooling foam blocks designed for CNC machining applications. Features excellent dimensional stability, 70°C temperature resistance, and easy workability with minimal dust. Ideal for automotive prototyping, master patterns, and industrial tooling with compressive strength of 30 N/mm² and flexural strength of 38.5 N/mm².
MB430 Pink Polyurethane Model Board 0.72g/cm³ Density 70°C Temperature Resistance for Shoe Mould Making
MB430 Pink Polyurethane Model Board offers excellent dimensional stability with 70°C temperature resistance and 0.72g/cm³ density. Ideal for CNC machining applications including shoe patterns, automotive prototyping, and checking fixtures. Features easy workability, low dust formation, and smooth non-porous surface finish.