Description
This premium high-performance matt white sheet is an engineering-grade plastic specifically designed for demanding thermoforming and CNC routing applications. Offering a consistent matt surface finish and excellent formability, it provides a clean, professional appearance ideal for both functional components and display-quality parts.
Manufactured to tight tolerances and supplied in convenient packs, these sheets are suited to workshop, factory and prototyping environments where repeatable results are critical. With a choice of thicknesses to match your process and end-use requirements, they are an excellent choice for fabrications, housings, trays, panels and a wide range of custom-formed plastic parts.
Product Features
- Matt white finish engineered for thermoforming and CNC routing applications.
- Available thicknesses from 0.25 mm (pack of 9) to 1.5 mm (pack of 2), plus additional intermediate options for process flexibility.
- Standard sheet length of 1372 mm for efficient nesting and reduced offcuts.
- Standard sheet width of 660 mm, ideal for smaller-format forming and routing beds.
- Supplied in practical pack sizes: thinner gauges in larger packs for volume work, thicker gauges in smaller packs for specialist jobs.
- High-quality engineering plastic with good dimensional stability during machining and forming.
- Uniform colour and surface texture to ensure consistent appearance across multiple components.
Key Features and Benefits
- Optimised for thermoforming, allowing clean, accurate forming with reliable definition in bends, corners and details.
- Excellent machinability on CNC routers, providing smooth edges, precise cut-outs and minimal tool chatter.
- Matt white finish reduces glare and fingerprints, helping maintain a tidy, professional look in use.
- Multiple thickness options make it easy to match strength, rigidity and weight to your specific design requirements.
- Consistent sheet dimensions help improve material yield and simplify programming for CNC and cutting operations.
- Supplied ready to use, reducing preparation time and enabling faster turnaround on prototypes and production runs.
Specifications
| Specification | Detail |
|---|---|
| Material | High-performance matt white engineering plastic sheet (thermoformable and machinable) |
| Available thicknesses (mm) | 0.25 (pack of 9), 0.5 (pack of 5), 0.75 (pack of 3), 1.0 (pack of 3), 1.5 (pack of 2), plus 4 additional intermediate thickness options |
| Sheet length | 1372 mm (nominal) |
| Sheet width | 660 mm (nominal) |
| Colour / finish | Matt white, smooth on both faces |
| Typical processing methods | Thermoforming, vacuum forming, CNC routing, cutting and drilling |
Applications and Ideal Uses
Designed for both production and prototyping environments, these matt white sheets are suitable for a wide variety of formed and machined plastic components.
- Vacuum-formed trays, inserts and protective housings.
- CNC-routed panels, covers and machine fascias.
- Display components, signage backers and point-of-sale parts.
- Custom enclosures, guards and architectural model elements.
- Prototype parts for design validation and small batch production.
Frequently Asked Questions
Can these matt white sheets be used on any thermoforming machine?
The sheets are compatible with most standard thermoforming and vacuum forming equipment, provided that the machine is set up with suitable heating and forming parameters for the sheet thickness used. Always run small test pieces first to fine-tune temperature, dwell time and cooling.
Are the sheets suitable for CNC routing with standard woodworking tools?
Yes, the sheets can be CNC routed using suitable tooling. Carbide or plastic-specific cutters are recommended for best edge quality, though many users successfully use sharp woodworking tools with adjusted feed and speed settings to avoid melting or chatter.
How do I choose the right thickness for my application?
Thinner sheets such as 0.25 mm and 0.5 mm are ideal for lightweight trays, inserts and parts with complex forming, while thicker options such as 0.75 mm, 1.0 mm and 1.5 mm provide increased rigidity for structural panels, covers and housings. Consider the load, span and desired stiffness of the finished part when selecting thickness.


