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Description
This premium high-performance PVDF pressed natural sheet is an engineering-grade plastic designed for demanding industrial environments. Manufactured from polyvinylidene fluoride (PVDF), it offers outstanding chemical resistance, high mechanical strength and excellent dimensional stability across a wide temperature range.
Ideal for use in chemical processing, semiconductor production, pharmaceutical facilities and other corrosive or high-purity settings, these sheets provide long-lasting performance where conventional plastics and metals may fail. Available in a choice of thicknesses to suit structural, lining and machining applications, they are well suited to both new installations and maintenance projects.
Product Features
- Manufactured from high-purity natural PVDF for excellent chemical resistance and low contaminant levels.
- Pressed sheet format in a standard length of 2000 mm for consistent flatness and reliable machining.
- Convenient 1000 mm sheet width to suit common fabrication, cladding and panel applications.
- Wide range of thickness options: 20, 25, 30, 40, 50, 60, 70 and 80 mm to match structural and design requirements.
- High UV stability, making the sheet suitable for outdoor or UV-exposed installations.
- Good mechanical strength and rigidity, allowing dependable performance under load and in harsh service conditions.
- Excellent dimensional stability and low creep for precise components and long-term accuracy.
Key Features and Benefits
- Outstanding resistance to a wide range of acids, alkalis and solvents helps extend service life in aggressive chemical environments.
- UV-stable material maintains mechanical properties and appearance under prolonged outdoor or high-UV exposure, reducing maintenance intervals.
- High mechanical strength and stiffness support robust structural and load-bearing applications, even at elevated temperatures.
- Good machinability allows accurate cutting, routing and drilling, helping to produce complex parts and assemblies with tight tolerances.
- Low moisture absorption and excellent dimensional stability ensure reliable performance in humid or wash-down environments.
- Multiple thickness options allow designers and engineers to optimise weight, rigidity and cost for each specific project.
Specifications
| Specification | Detail |
|---|---|
| Material | PVDF (polyvinylidene fluoride), natural (unpigmented) pressed sheet |
| Available Thicknesses | 20, 25, 30, 40, 50, 60, 70, 80 mm |
| Sheet Length | 2000 mm (nominal) |
| Sheet Width | 1000 mm (nominal) |
| Chemical Resistance | Excellent resistance to many acids, alkalis and organic solvents |
| UV Stability | High UV resistance suitable for outdoor and UV-exposed applications |
Applications and Ideal Uses
This PVDF pressed natural sheet is suitable for a wide range of high-performance engineering and process industry applications where chemical resistance, purity and durability are critical.
- Chemical tank linings, ducting and fume extraction systems in corrosive environments.
- Machined components, manifolds and valve bodies for chemical and process equipment.
- Structural panels and cladding in outdoor or UV-exposed industrial installations.
- Parts and fixtures in pharmaceutical, food and high-purity processing lines.
- Insulating and protective plates in electrical, electronic and semiconductor applications.
Frequently Asked Questions
Can these PVDF sheets be easily machined and fabricated?
Yes, PVDF sheets can be machined using standard metal- and plastic-working tools, including saws, routers and drills. Sharp tools and appropriate feeds are recommended to achieve clean edges and accurate tolerances. Sheets can also be welded and thermoformed by experienced fabricators using suitable equipment.
Is this PVDF sheet suitable for outdoor use and UV exposure?
Yes, the material offers high UV stability and is well suited to outdoor or UV-exposed applications. It maintains its mechanical properties and dimensional stability under prolonged exposure, making it ideal for external cladding, ducting and structural components.
How do I choose the right thickness for my application?
Select the thickness based on the expected mechanical load, span, operating temperature and required rigidity. Thinner sheets such as 20–30 mm are often used for lighter-duty panels and machined parts, while thicker options up to 80 mm are better suited to heavily loaded components, tank bases or structural plates. If in doubt, consult your design calculations or an engineer to confirm suitability.