Machinable Epoxy Polyurethane Modeling Board For Automotive Industry
DESCRIPTION
Modeling boards are useful in numerous applications including patterns, master models, and presentation models.,foundry patterns, metal forming applications, jigs, and checking fixtures, yacht models,wind power and craft models...etc.
Tooling boards, also known as modeling boards and machinable slabs, are typically made from filled polyurethane and they exhibit very high dimensional stability and low density. Tooling boards take the place of wood and metal in master models, prototype tooling, patterns, molds, jigs and fixtures. They are lighter and more economical than steel and aluminum. They also do not suffer from the grain and poor dimensional stability of wood.
USES
1. Design studies
2. CNC program proving/testing.
3. Building Landscapes/Features in architectural and scenario models
4. Forming a mould tool for prototyping short runs of composite parts.
5. Use for jigs, fixtures, foundry patterns, core boxes.vacuum forming molds and all kinds of models.
Density:(g/cm³): | ~ | 1.70 |
Hardness(Shore D): | ~ | 88 |
Compressive Strength(N/mm²): | ~ | 106.3 |
Temperature Resistance(°C): | ~ | 85 |
Coefficient of Thermal Expansion: | ~ | 34 |
Flexural Strength(N/mm²): | ~ | 88.1 |
Tensile Strength(N/mm²): | ~ | 39.6 |
Dimension(mm) |
|
(L*W)1000*500*50/75/100 (L*W)750*500*50/75/100 |
Introduction
ZS Tooling boards take the place of wood and metal in models, patterns, molds, jigs and fixtures.
They are lighter and more economical than steel and aluminum. They also do not suffer from the grain and poor dimensional stability of wood.
Tooling boards can be bonded together to form larger blanks and large blocks from which models or tools can be CNC-machined. The boards are easily mechanically workable with low dust formation.
Tooling boards are useful for creating durable, reusable tools, prototypes, models and patterns with a CNC machine for use in the motor sport and automotive industries. Selecting the most fit for purpose tooling board will reduce residual particles for easy cleanup, have excellent dimensional stability and maintain tolerances even when exposed to temperature and humidity extremes.