Description
PVDF Plate is a high-performance fluoropolymer flat material designed for corrosion-resistant and high-reliability industrial applications. It offers excellent chemical resistance, mechanical strength, and thermal stability, making it ideal for fabrication, lining, and structural use in aggressive environments.
PVDF plates are widely used in chemical processing, water treatment, semiconductor manufacturing, and industrial equipment fabrication due to their outstanding balance of chemical resistance, mechanical durability, and processability. As a fluoropolymer material, PVDF outperforms many standard thermoplastics when exposed to aggressive chemicals and demanding operating conditions.
From a chemical resistance standpoint, PVDF plates demonstrate excellent resistance to strong acids, alkalis, oxidizing agents, halogens, and many organic solvents. Unlike metal plates, PVDF does not corrode, rust, or release metallic contaminants into process media. This makes PVDF plates particularly suitable for chemical tank linings, corrosion-resistant equipment, and high-purity process systems.
In terms of mechanical performance, PVDF plates offer high tensile strength, good impact resistance, and excellent creep resistance under continuous load. The semi-crystalline molecular structure of PVDF contributes to long-term dimensional stability, reducing deformation, warping, or stress cracking during extended service. These properties allow PVDF plates to function reliably as both lining materials and structural components.
Regarding thermal performance, PVDF plates typically support continuous operating temperatures up to approximately 140–150°C, depending on plate thickness, load conditions, and system design. PVDF maintains its mechanical integrity and chemical resistance across a wide temperature range, enabling stable performance in both ambient and moderately elevated temperature environments.
From a fabrication and processing perspective, PVDF plates are highly versatile. They can be cut, machined, welded, and thermoformed using standard PVDF processing techniques. Homogeneous welding between PVDF plates and other PVDF components ensures strong joints and long-term system integrity. Smooth surface finishes reduce fouling, simplify cleaning, and improve overall equipment hygiene.
Specification
1:Thickness: 3mm,4mm,5mm,6mm,7mm,8mm,9mm,10mm
2:Dimension:1000x2000mm
3:Package:Wooden Box, or as your request
We can produce PVDF plate and PVDF sheet as your request
PVDF Plate Specification:
1:Thickness: 3mm,4mm,5mm,6mm,7mm,8mm,9mm,10mm.
2:Dimension:1000x2000mm
We can produce PVDF plate and PVDF sheet as your request
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PVDF Data Sheet |
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ISO 12086 |
PVDF-E,CGIN |
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Density |
ISO12086 |
1.78 |
|
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Melting Point |
ISO R 1183 D |
C |
169 |
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Melt Flow Index |
ISO 3416 C |
g/10min |
11 |
|
Melt Viscosity |
ASTM D 3835 |
Pa.s |
2000 |
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Shore Hardness |
ISO 868 |
D |
80 |
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Tensile @23C |
ISO R 527 |
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Strength at Yield |
Mpa |
50 |
|
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Elongation at Yield |
% |
9 |
|
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Elongation at Break |
% |
50 |
|
|
Flexural Modulus |
ISO 178 |
Mpa |
2000 |
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IZOD impact notched(73°F) |
ISO 180 |
J/m |
160 |
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Heat Distortion temperature under load of under 1.80Mpa (264PSL) |
ISO 75 |
C |
104 |
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Flammability on 0.8mm |
UL 94 |
V-0 |
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Typical Applications
● Chemical tank linings and fabricated vessels
● Water treatment and desalination equipment
● Semiconductor and electronics manufacturing
● Chemical exhaust ducts and scrubber systems
● Corrosion-resistant industrial structures
Advantages
● Features: High-quality PVDF resin, uniform plate thickness, smooth surface finish.
● Advantages: Superior chemical resistance combined with reliable mechanical and thermal properties.
● Benefits: Extended equipment lifespan, reduced maintenance requirements, improved safety, and lower total operating costs.
● Evidence: PVDF plates are widely used in chemical plants, water treatment facilities, and semiconductor fabs, with performance validated through chemical compatibility data, mechanical testing, and long-term industrial applications.
PVDF plates are available in a variety of thicknesses, dimensions, and surface finishes to meet specific project requirements.
Characteristics Platform

Quality Control

Packagings
25kg/woven bag, 800kg/pallet

Workshop Gallery

Customer Cases

FAQ
Q1: What is the difference between PVDF plate and PVDF sheet?
A: The terms are often used interchangeably; however, "plate" typically refers to thicker flat products used for structural or heavy-duty applications.
Q2: What temperature range can PVDF plates handle?
A: PVDF plates typically support continuous service temperatures up to around 140–150°C, depending on thickness and load.
Q3: Are PVDF plates resistant to corrosive chemicals?
A: Yes. PVDF provides excellent resistance to acids, alkalis, solvents, and oxidizing chemicals.
Q4: Can PVDF plates be welded and fabricated?
A: Yes. PVDF plates can be welded, machined, and thermoformed using standard PVDF fabrication methods.
Q5: Are custom sizes and thicknesses available?
A: Yes. PVDF plates can be supplied in various dimensions and thicknesses to meet specific application requirements.
Looking for high-quality PVDF plates for corrosive or demanding applications?
Contact us today to request technical data sheets, material certifications, or expert guidance in selecting the right PVDF plate for your project.
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