Perfluoroelastomer Sealing Ring O-Ring | FFKM/FFPM Resistant to Furan Amino Compounds, Over 1600 Chemicals

Company Introduction:

Bomingyang Technology Co., Ltd., located in Xi'an, Shaanxi Province, is a technology-based enterprise specializing in the research, development, production, and sales of rubber seals. The company primarily manufactures various rubber seals, including O-rings, X-rings, Y-rings, flat washers, V-rings, ED rings, C-rings, rubber strips, rubber balls, rubber retaining rings, and miscellaneous rubber parts. With a corporate mission of "creating value for customers and wealth for employees," the company adheres to the principles of continuous innovation, stable quality, and ongoing improvement since its establishment. Dedication and integrity are the driving forces behind our constant progress. As a professional enterprise engaged in the production and operation of high-quality sealing products, the company is built on a foundation of quality and service, guided by customer needs, and continuously enhances its R&D capabilities and production process technology iterations to meet the ever-changing market demands. Every employee at Bomingyang Seals is committed to the quality of each product, providing the industry with reliable sealing products and professional services. To improve product quality and ensure our products meet market and customer requirements in today's extremely competitive market, "Quality first, customer first" is our quality policy; "Pursuit of customer satisfaction, exceed customer requirements" is our quality commitment. With a diligent and pragmatic spirit and a sincere and trustworthy style, we hope to collaborate with your company to create a bright future.

Kalrez 8002 DuPont Perfluoro FFKM Rubber Seal Ring, Kalrez 6221 Perfluoro FFKM Rubber Seal Ring, Kalrez Sahara 8475 DuPont Perfluoro Rubber Seal Ring
, Kalrez Plasma 8575 DuPont Perfluoro Rubber Seal Ring, Kalrez 6230 Perfluoro FFKM Rubber Seal Ring, Kalrez Spectrum 6375 DuPont Perfluoro Rubber Seal Ring, Kalrez 4079 DuPont Perfluoro FFKM Rubber Seal Ring, Kalrez 7075 DuPont Perfluoro FFKM Rubber Seal Ring, Kalrez 2037 DuPont Perfluoro Seal Ring, Kalrez 1050LF DuPont Perfluoro Rubber Seal Ring, Kalrez Sahara 8385 DuPont Perfluoro Seal Ring, Kalrez 2035 Perfluoro FFKM Rubber Seal Ring, Kalrez 3018 FFKM Rubber Seal, Kalrez 9100 DuPont Perfluoro FFKM Rubber Seal Ring, Kalrez 8085 DuPont Perfluoro FFKM Rubber Seal, Kalrez 8900 DuPont Perfluoro FFKM Seal Ring, Kalrez 6885 Perfluoro FFKM Rubber Seal Ring, Kalrez 6880 DuPont Perfluoro Seal Ring, Kalrez 6190 DuPont Perfluoro FFKM Rubber Seal Ring

Applications of Perfluoroelastomer (FFKM) in Working Conditions

* Semiconductor industry (plasma etching, gas corrosion, acid and alkali corrosion, high-temperature corrosion, high cleanliness requirements for rubber seals)

* Pharmaceutical industry (organic acid corrosion, organic alkali corrosion, organic solvent corrosion, high-temperature corrosion)

* Chemical industry (strong acid corrosion, strong alkali corrosion, gas corrosion, organic solvent corrosion, high-temperature corrosion)

* Petroleum industry (heavy oil corrosion, hydrogen sulfide corrosion, high sulfide corrosion, organic component corrosion, high-temperature corrosion)

* Automotive industry (high-temperature oil corrosion, high-temperature corrosion)

* Laser electroplating industry (high-temperature corrosion, high cleanliness, FFKM rubber must not leach metal ions)

* Battery industry (acid and alkali corrosion, highly reactive medium corrosion, strongly oxidizing medium corrosion, high-temperature corrosion)

* Special equipment manufacturing industry (strong acid and alkali corrosion, gas corrosion, high-temperature corrosion, organic solvent corrosion, ion corrosion)

* Special chemical industry (strong oxidizer corrosion, strong active agent corrosion, concentrated acid and alkali corrosion, organic solvent corrosion) 

* Nuclear and thermal power industry (high-temperature steam corrosion, ultra-high-temperature water corrosion, nuclear radiation corrosion)

Mono/Polycrystalline Silicon Cleaning Equipment FFKM Perfluoroelastomer O-Ring
Wet Etching Texturing Cleaning Machine FFKM Perfluoroelastomer O-Ring
Automatic Mono/Polycrystalline Silicon Chain Texturing Cleaning Equipment FFKM Perfluoroelastomer O-Ring
Automatic Phosphosilicate Glass Removal Cleaning Equipment FFKM Perfluoroelastomer O-Ring
Automatic Quartz Tube Cleaning Equipment FFKM Perfluoroelastomer O-Ring
Amorphous Silicon Glass Substrate Cleaning Equipment FFKM Perfluoroelastomer O-Ring
Automatic Wafer Degumming Equipment FFKM Perfluoroelastomer O-Ring
Various Teflon Heater Polycrystalline Silicon Cleaning Equipment FFKM Perfluoroelastomer O-Ring
Fully Automatic Wafer Cleaning Machine FFKM Perfluoroelastomer O-Ring
Fully Automatic Silicon Material Alkaline Cleaning Machine FFKM Perfluoroelastomer O-Ring
Automatic Wafer Degumming Machine FFKM Perfluoroelastomer O-Ring
Silicon Material Etching Cleaning Machine FFKM Perfluoroelastomer O-Ring
Wafer Degumming Machine FFKM Perfluoroelastomer O-Ring
ITO Glass Cleaning Machine FFKM Perfluoroelastomer O-Ring
FFKM (Kalrez) perfluoroelastomer material is currently the best rubber material among all elastic sealing materials in terms of resistance to high temperatures, strong acids and alkalis, and organic solvents. FFKM rubber can resist corrosion from over 1,600 chemical solvents, including strong acids, strong alkalis, organic solvents, ultra-high-temperature steam, ethers, ketones, esters, nitrogen-containing compounds, hydrocarbons, alcohols, aldehydes, furans, and amine compounds. It can withstand temperatures up to 320°C. FFKM perfluoroelastomer components have nearly 40 years of practical application experience in numerous industries.

Rubber Seal Ring Sealing Pressure Test Method:
This test method measures the pressure exerted by the seal on the material installed in its groove. It simulates actual usage conditions by measuring the force required to open the seal lip to a distance equal to the thickness of the material it seals. For double-groove seals, a metal restrictor of specified thickness is inserted into one groove, and the test is conducted on the other groove. Thus, the test results reflect the pressure of the sealing lip during use.
Equipment:

1. Tensile testing machine, compliant with HG/T2369 requirements, grade B accuracy.

2. Fixture

3. Lip separator, made of stainless steel, used for molded corner specimens

4. Metal restrictor, used for testing double-groove seals. Its width should match the specimen's width, and its thickness should match the installed material's thickness.

Extruded specimens should be actual seal pieces with a length of at least 20mm but not more than 305mm. At least four specimens per batch should be tested.
Corner specimens are measured from the inner side of the corner, with both sides being 25mm long. At least four specimens per batch should be tested.
A crucial step in production is vulcanization, which transforms the linear polymer structure into a three-dimensional polymer network. Sulfur forms covalent bonds between polymer chains, enhancing the rubber's properties. Therefore, controlling vulcanization is critical. However, before vulcanization, the rubber undergoes compounding, where vulcanizing agents and reinforcing agents are added to improve its performance.
Benefits of Vulcanized Rubber:
It exhibits non-stick properties and is less prone to breakage.
1. Molding: It can be molded into desired shapes using vulcanizing machines or extrusion.
2. Customization: Specific additives can be incorporated to achieve desired properties.
Most rubber products are made from vulcanized rubber, also known as cured rubber or simply "rubber." Vulcanized rubber features a three-dimensional network structure, offering high elasticity, heat resistance, tensile strength, and insolubility in organic solvents.
A crucial step in rubber O-ring production is vulcanization, which transforms the linear polymer structure into a three-dimensional network. Sulfur forms covalent bonds between polymer chains, enhancing the rubber's properties. Therefore, controlling vulcanization is critical. However, before vulcanization, the rubber undergoes compounding, where vulcanizing agents and reinforcing agents are added to improve its performance.

Benefits of Vulcanized Rubber:
It exhibits non-stick properties and is less prone to breakage.
1. Molding: It can be molded into desired shapes using vulcanizing machines or extrusion.
2. Customization: Specific additives can be incorporated to achieve desired properties.
Most rubber products are made from vulcanized rubber, also known as cured rubber or simply "rubber." Vulcanized rubber features a three-dimensional network structure, offering high elasticity, heat resistance, tensile strength, and insolubility in organic solvents.
After vulcanization, the original linear polymer structure of rubber is cross-linked into a network structure, significantly increasing intermolecular forces and providing strength to withstand certain forces. The tensile strength is measured by the force (MPa) per unit cross-sectional area required to break the rubber specimen at a constant speed on a tensile machine. When the rubber specimen breaks, its elongation can typically be 5-7 times its original length!

After-Sales Service:

All company products come with material certification; sincerity wins trust, patience gains understanding; details determine success, service creates value. Service must be integrated throughout the entire enterprise, not limited to after-sales. Customized packaging and shipping methods are available based on customer requirements to meet different clients' cleanliness standards for products. Whenever you need it, I am ready to provide satisfactory products. If we are fortunate enough to become your supplier, you can rest assured about professionalism, quality, delivery, and service. Collaborating with us will make us a reliable and hassle-free qualified supplier.