PVDF Phillips Pan Head Screw
PVDF Phillips pan head screw is a high-performance engineering plastic fastener designed for applications requiring excellent chemical resistance, corrosion resistance, electrical insulation, and stable performance in demanding environments. The PVDF Phillips pan head screw is manufactured from polyvinylidene fluoride, a fluoropolymer material known for outstanding resistance to acids, solvents, salts, oxidation, and UV exposure.
The PVDF Phillips pan head screw features a rounded pan head and Phillips cross recess, making installation simple with standard tools. It is widely used in chemical processing equipment, semiconductor systems, water treatment, marine equipment, laboratory instruments, medical devices, food equipment, and OEM manufacturing.
Product Overview
The PVDF Phillips pan head screw is engineered for environments where metal screws may corrode or contaminate the assembly. Its non-metallic structure provides excellent insulation and avoids galvanic corrosion.
Compared with PA66 screws, the PVDF Phillips pan head screw offers stronger chemical resistance and better weatherability. Therefore, it is suitable for corrosive fluid systems, outdoor equipment, clean processing lines, and precision industrial assemblies.
As a reliable industrial fastener, it supports lightweight, clean, and corrosion-free fastening in advanced engineering applications.
Product Specifications
| Item | Description |
|---|---|
| Standard | DIN / ISO / Custom |
| Product Name | PVDF Phillips Pan Head Screw |
| Material | PVDF |
| Thread Type | Metric Machine Thread / Custom |
| Head Type | Pan Head |
| Drive Type | Phillips Cross Recess |
| Diameter Range | M2–M12 |
| Length Range | 4mm–100mm |
| Surface Finish | Natural / White / Custom |
| Strength Grade | Engineering Plastic Fastener |
| Thread Direction | Right Hand |
| Packaging | Bag, carton, tray, OEM packaging |
| Customization | Size, color, thread, head type, packaging |
Technical Parameters
| Parameter | Value |
|---|---|
| Tensile Strength | Approx. 35–55 MPa |
| Yield Strength | Material grade dependent |
| Hardness | Shore D 75–80 typical |
| Density | Approx. 1.78 g/cm³ |
| Corrosion Resistance | Excellent |
| Operating Temperature | Approx. -40°C to 150°C |
| Electrical Insulation | Excellent |
| Manufacturing Standard | DIN / ISO / OEM drawing |
Materials and Manufacturing Process
Production starts with premium PVDF resin selected for chemical resistance and dimensional stability. The material is dried and prepared before molding to ensure stable processing.
The screw is then formed by precision injection molding. The pan head, Phillips recess, shank, and thread profile are produced with controlled tooling. After molding, parts are cooled to reduce warpage and maintain thread accuracy.
Secondary trimming removes flash. Cleaning removes residues. Inspection checks dimensions, thread profile, head diameter, Phillips recess, surface finish, color, and packaging condition.
Each PVDF Phillips pan head screw is manufactured for reliable performance in corrosive and high-purity applications.
Applications of the Product
PVDF Phillips pan head screws are widely used in construction, machinery, automotive electronics, renewable energy systems, petrochemical equipment, marine systems, food equipment, industrial equipment, chemical processing, semiconductor equipment, water treatment systems, and manufacturing systems.
They are especially suitable for acid-resistant equipment, pump systems, valves, cleanroom tools, laboratory instruments, and non-metallic assemblies.
Why Choose This Product
This product offers premium PVDF material, excellent chemical resistance, strong corrosion resistance, electrical insulation, stable mechanical performance, long service life, bulk supply capability, OEM/ODM support, fast delivery, and export experience.
The PVDF Phillips pan head screw is ideal for buyers needing reliable non-metallic fasteners in harsh chemical environments.
Why Choose Flybear
Flybear provides professional industrial fasteners and engineering plastic fastening solutions.
Flybear offers manufacturing capability, inventory strength, custom production, engineering support, global supply ability, and technical consultation. We support OEM manufacturers, distributors, EPC contractors, and purchasing managers with reliable products based on drawings, samples, or application requirements.
Quality Inspection and Control
Quality control includes material verification, tensile testing, hardness testing, chemical resistance checks, thread gauge inspection, dimensional inspection, surface inspection, Phillips recess inspection, electrical insulation testing, and packaging inspection.
Production follows ISO quality system compliance to ensure stable batch quality and reliable industrial performance.
Selection Guide
When selecting PVDF Phillips pan head screws, consider material compatibility, diameter, length, thread type, load requirements, indoor or outdoor use, chemical exposure, corrosion level, and operating temperature.
For highly corrosive systems, confirm chemical concentration, temperature, and contact time before mass production.
FAQ
What is PVDF material?
PVDF is a fluoropolymer engineering plastic with excellent chemical resistance and weatherability.
Why use PVDF screws instead of metal screws?
PVDF screws resist corrosion, provide insulation, and avoid metal contamination.
Are PVDF screws suitable for chemical equipment?
Yes. They are widely used in chemical processing, water treatment, and laboratory systems.
Can custom sizes be produced?
Yes. Custom size, thread, color, head style, and packaging are available.
How to request quotation?
Send size, material, quantity, drawings, and application details.
The PVDF Phillips pan head screw provides chemical resistance, insulation, and reliable fastening for industrial applications. For quotation, customization, and technical support, please Contact Us.
We always adhere to the philosophy of quality first and customer first, providing customers with high-quality fastener products and one-stop fastener solutions.
