Custom Viton Gaskets

About Custom Viton Gaskets

Fluorine rubber is a high-performance synthetic rubber with excellent chemical resistance, high temperature resistance and weather resistance. Therefore, custom viton gaskets can maintain stable performance in harsh environments, are not prone to aging, and extend their service life.

Advantages

1. Meet specific needs: According to the working environment and requirements of different equipment, custom viton gaskets can ensure that the performance of the gasket matches the equipment needs and improve the operational stability and efficiency of the equipment.

2. Reduce costs: Through customization, companies can purchase the required number of fluororubber gaskets according to actual needs, avoid inventory backlog and waste, and reduce procurement costs.

3. Enhance brand image: Customized fluororubber gaskets can be printed with the company’s logo and information to enhance the brand image and demonstrate the company’s attention to product quality and details.

Application Areas

custom viton gaskets are widely used in many fields, such as:

1. Petrochemical industry: In petroleum and chemical equipment, customized fluororubber gaskets can withstand high temperature, high pressure and corrosive media to ensure the sealing performance of the equipment.

2. Automobile industry: In automobile engines, transmissions and other components, custom viton gaskets can provide a stable sealing effect to ensure the normal operation of the car.

3. Electronic equipment: In the sealing parts of electronic equipment, customized fluororubber gaskets can play a waterproof and dustproof role and protect electronic components from damage.

4. Aerospace: The aerospace field has extremely strict requirements on material performance. Custom viton gaskets can meet the sealing needs in extreme environments such as high temperature, low temperature, and vacuum.

Functions

1. Sealing function: Custom viton gaskets can be used to seal pipes, valves, pumps, pressure vessels and other equipment, effectively protecting the normal operation of equipment and pipeline systems.

2 Buffering effect: Customized fluororubber gaskets can adapt to pressure changes and temperature fluctuations, have certain elasticity and recovery properties, and can play a buffering effect.

3. Anti-corrosion effect: Custom viton gaskets are corrosion-resistant and can resist the erosion of most oils and solvents.

4. High temperature resistance: Customized fluororubber gaskets can withstand heat up to 250°C and are suitable for sealing needs in high-temperature media and high-temperature environments.

5. Low-temperature resistance: Custom viton gaskets do not harden at low temperatures and have small shrinkage. They are suitable for sealing requirements in low-temperature media and low-temperature environments.

6. Anti-aging effect: Customized fluororubber gaskets have anti-aging properties and can be used for a long time without deterioration.

7. Strong adaptability: Customized fluororubber gaskets can adapt to the needs of various shapes of sealing gaskets, such as round, square and other shapes.

Craftsmanship

1. Raw material preparation: Select fluorine rubber raw materials that meet the requirements, such as fluoride, graphite, white carbon black, rare earth, etc.

2. Formula design: Design the formula according to the requirements and the characteristics of the raw materials, and determine the proportion of each raw material and the mixing process.

3. Mixing: Put all the raw materials into the mixer and mix according to the designed formula ratio to make a rubber mixture.

4. Calendering: The mixed rubber mixture is extruded into sheets through a calender.

5. Cutting: Cut the calendered rubber sheet into the required size.

6. Vulcanization: Put the cut rubber sheet into a vulcanizer, heat it to a certain temperature and add a vulcanizing agent to react, causing cross-linking between rubber molecules to form a fluororubber gasket with strong toughness and elasticity.

7. Quality inspection: Conduct quality inspection on the completed fluororubber gaskets, including inspection of appearance, size, hardness, tensile properties, high temperature resistance and other indicators.

8. Packaging: Pack qualified fluororubber gaskets to protect them from damage and contamination.