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1.Raw-Material Brand: | DuPont (US) / Dow Corning (Germany) / Bayer (Germany) / 3M |
2.Type: | Flat Gasket, Custom Gasket |
3.Material Type: | NBR / FKM / Silicone/EPDM/HNBR/CR/ACM... |
4.Size: | Standard and Customize |
5.Products Application | Metallurgical, chemical, engineering, construction, mining, petroleum machinery |
6.Color: | Black, white, red, or any customize |
7.Parameters: | Temperature from -60° C to +220° C in different material |
8.Factory Certificate | IATF 16949:2016 and ISO9001, ISO14001 certificated |
9.Product Certificate | KTW-W270/ Watermark/ LFGB / RoHs/REACH/FDA |
A gasket is a mechanical seal that is used to fill the gap between two or more mating surfaces, typically in order to prevent leakage of fluids or gases. It is usually made of a compressible material, such as rubber, cork, or metal, that is placed between the mating surfaces and compressed to create a tight seal.
Gaskets are commonly used in various industries and applications, including automotive, aerospace, plumbing, and manufacturing. They serve several purposes, including:
1. Sealing: Gaskets are primarily used to create a seal between two mating surfaces, preventing the leakage of fluids or gases. They are designed to withstand the pressure and temperature conditions of the specific application.
2. Compression and Flexibility: Gaskets are often made from materials that are compressible and flexible, allowing them to conform to irregularities or surface imperfections on the mating surfaces. This helps to create a tight and reliable seal.
3. Protection: Gaskets can also provide protection by acting as a barrier between different materials or environments. For example, gaskets can prevent the corrosion of metal components by separating them from corrosive fluids or gases.
4. Vibration and Shock Absorption: Gaskets can help absorb vibrations and shocks between mating surfaces, reducing the risk of damage or loosening of fasteners.
steps | The process flow | Process flow name | Machinery and equipment/measuring equipment | features | Special features symbols | note | ||||
product | product | |||||||||
1 | □ | Rubber material | visual | / | / | / | ||||
2 | ◇ | IQC | Hardness tester | hardness | / | ★ | ||||
Tensile machine | Tensile strength | / | / | |||||||
Tensile machine | elongation | / | / | |||||||
hydrometer | The proportion of | / | / | |||||||
Aging test chamber | The compression permanent deformation | / | / | |||||||
3 | □ | Mixing | mixer | / | Material thicknessmm | / | ||||
4 | ◇ | IQC | rheometer | TS2 | / | / | ||||
TS50 | / | / | ||||||||
TS90 | / | / | ||||||||
Hardness tester | hardness | / | ★ | |||||||
5 | □ | Cutting edge /blanking | Cutting machine | / | Is long | / | ||||
Material weight | / | |||||||||
6 | □ | moulding | 300 t hot molding machine, automatic monitoring | / | The molding pressure (kgcm2) | ★ | ||||
/ | Molding time | ★ | ||||||||
/ | Mold temperature | ★ | ||||||||
visual | appearance | / | / | |||||||
Hardness tester | hardness | / | ★ | |||||||
The projector/caliper | size | / | ★ | |||||||
7 | □ | IPQC | visual | appearance | / | / | ||||
Hardness tester | hardness | / | ★ | |||||||
The projector/caliper | size | / | ★ | |||||||
8 | □ | deflashing | visual | appearance | / | / | ||||
Automatic disassembly machine | / | speed | / | |||||||
/ | time | / | ||||||||
9 | □ | QC | Scissors/knife | appearance | / | / |
steps | The process flow | Process flow name | Machinery and equipment/measuring equipment | features | Special features symbols | note | ||||
product | process | |||||||||
10 | ◇ | FQC | visual | appearance | / | / | ||||
Hardness tester | hardness | / | ★ | |||||||
The projector/caliper | size | / | ★ | |||||||
11 | □ | cleaning | Plastic basket | / | / | / | Manual cleaning | |||
/ | / | / | ||||||||
/ | / | / | ||||||||
12 | □ | Post curing | The oven | / | time | ★ | ||||
/ | The temperature | ★ | ||||||||
13 | □ | Packing | Electronic says | Single - | / | / | ||||
Baling press | The number of | / | / | |||||||
The printer | The labe | / | / | |||||||
visual | The cartons | / | / | |||||||
14 | ◇ | OQC | visual | appearance | / | / | ||||
Hardness tester | hardness | / | ★ | |||||||
The projector/caliper | size | / | ★ | |||||||
visual | check | / | / | |||||||
visual | weighing | / | / | |||||||
15 | □ | Warehousing /delivery | transport cart | Delivery note | / | / | ||||
Courier | / | / | ||||||||
Put in storage | / | / | ||||||||
note | 1.“◇”Said inspection、“□”Said processing、“↓”Said handling、“△”Said storage、“▲”Said reworking/repairing | |||||||||
2.“★”Said product function and process of key special feature symbol; |
NBR rubber gaskets have a wide range of applications across industries such as automotive, industrial machinery, oil and gas, marine, pharmaceutical, food and beverage, electrical, aerospace, mining, chemical processing, and water and wastewater treatment. Their chemical resistance, temperature resistance, and sealing properties make them versatile components in various applications.
1. Automotive Industry: EPDM rubber gaskets are extensively used in the automotive sector for sealing applications such as door seals, window seals, and weatherstripping. Their excellent weather resistance and water resistance make them suitable for outdoor and water-exposed applications.
2. Industrial Machinery: EPDM rubber gaskets are employed in industrial machinery for sealing applications in pumps, valves, and equipment. Their resistance to chemicals, weathering, and high temperatures makes them suitable for various industrial environments.
3. Construction Industry: EPDM rubber gaskets are widely used in the construction industry for sealing applications in roofing membranes, window seals, and expansion joints. Their weather resistance, UV resistance, and water resistance make them suitable for sealing and waterproofing building components.
4. Electrical Industry: EPDM rubber gaskets are utilized in the electrical industry for sealing applications in electrical enclosures, connectors, and insulation. Their excellent electrical insulation properties and weather resistance make them suitable for electrical applications.
1.Raw-Material Brand: | DuPont (US) / Dow Corning (Germany) / Bayer (Germany) / 3M |
2.Type: | Flat Gasket, Custom Gasket |
3.Material Type: | NBR / FKM / Silicone/EPDM/HNBR/CR/ACM... |
4.Size: | Standard and Customize |
5.Products Application | Metallurgical, chemical, engineering, construction, mining, petroleum machinery |
6.Color: | Black, white, red, or any customize |
7.Parameters: | Temperature from -60° C to +220° C in different material |
8.Factory Certificate | IATF 16949:2016 and ISO9001, ISO14001 certificated |
9.Product Certificate | KTW-W270/ Watermark/ LFGB / RoHs/REACH/FDA |
A gasket is a mechanical seal that is used to fill the gap between two or more mating surfaces, typically in order to prevent leakage of fluids or gases. It is usually made of a compressible material, such as rubber, cork, or metal, that is placed between the mating surfaces and compressed to create a tight seal.
Gaskets are commonly used in various industries and applications, including automotive, aerospace, plumbing, and manufacturing. They serve several purposes, including:
1. Sealing: Gaskets are primarily used to create a seal between two mating surfaces, preventing the leakage of fluids or gases. They are designed to withstand the pressure and temperature conditions of the specific application.
2. Compression and Flexibility: Gaskets are often made from materials that are compressible and flexible, allowing them to conform to irregularities or surface imperfections on the mating surfaces. This helps to create a tight and reliable seal.
3. Protection: Gaskets can also provide protection by acting as a barrier between different materials or environments. For example, gaskets can prevent the corrosion of metal components by separating them from corrosive fluids or gases.
4. Vibration and Shock Absorption: Gaskets can help absorb vibrations and shocks between mating surfaces, reducing the risk of damage or loosening of fasteners.
steps | The process flow | Process flow name | Machinery and equipment/measuring equipment | features | Special features symbols | note | ||||
product | product | |||||||||
1 | □ | Rubber material | visual | / | / | / | ||||
2 | ◇ | IQC | Hardness tester | hardness | / | ★ | ||||
Tensile machine | Tensile strength | / | / | |||||||
Tensile machine | elongation | / | / | |||||||
hydrometer | The proportion of | / | / | |||||||
Aging test chamber | The compression permanent deformation | / | / | |||||||
3 | □ | Mixing | mixer | / | Material thicknessmm | / | ||||
4 | ◇ | IQC | rheometer | TS2 | / | / | ||||
TS50 | / | / | ||||||||
TS90 | / | / | ||||||||
Hardness tester | hardness | / | ★ | |||||||
5 | □ | Cutting edge /blanking | Cutting machine | / | Is long | / | ||||
Material weight | / | |||||||||
6 | □ | moulding | 300 t hot molding machine, automatic monitoring | / | The molding pressure (kgcm2) | ★ | ||||
/ | Molding time | ★ | ||||||||
/ | Mold temperature | ★ | ||||||||
visual | appearance | / | / | |||||||
Hardness tester | hardness | / | ★ | |||||||
The projector/caliper | size | / | ★ | |||||||
7 | □ | IPQC | visual | appearance | / | / | ||||
Hardness tester | hardness | / | ★ | |||||||
The projector/caliper | size | / | ★ | |||||||
8 | □ | deflashing | visual | appearance | / | / | ||||
Automatic disassembly machine | / | speed | / | |||||||
/ | time | / | ||||||||
9 | □ | QC | Scissors/knife | appearance | / | / |
steps | The process flow | Process flow name | Machinery and equipment/measuring equipment | features | Special features symbols | note | ||||
product | process | |||||||||
10 | ◇ | FQC | visual | appearance | / | / | ||||
Hardness tester | hardness | / | ★ | |||||||
The projector/caliper | size | / | ★ | |||||||
11 | □ | cleaning | Plastic basket | / | / | / | Manual cleaning | |||
/ | / | / | ||||||||
/ | / | / | ||||||||
12 | □ | Post curing | The oven | / | time | ★ | ||||
/ | The temperature | ★ | ||||||||
13 | □ | Packing | Electronic says | Single - | / | / | ||||
Baling press | The number of | / | / | |||||||
The printer | The labe | / | / | |||||||
visual | The cartons | / | / | |||||||
14 | ◇ | OQC | visual | appearance | / | / | ||||
Hardness tester | hardness | / | ★ | |||||||
The projector/caliper | size | / | ★ | |||||||
visual | check | / | / | |||||||
visual | weighing | / | / | |||||||
15 | □ | Warehousing /delivery | transport cart | Delivery note | / | / | ||||
Courier | / | / | ||||||||
Put in storage | / | / | ||||||||
note | 1.“◇”Said inspection、“□”Said processing、“↓”Said handling、“△”Said storage、“▲”Said reworking/repairing | |||||||||
2.“★”Said product function and process of key special feature symbol; |
NBR rubber gaskets have a wide range of applications across industries such as automotive, industrial machinery, oil and gas, marine, pharmaceutical, food and beverage, electrical, aerospace, mining, chemical processing, and water and wastewater treatment. Their chemical resistance, temperature resistance, and sealing properties make them versatile components in various applications.
1. Automotive Industry: EPDM rubber gaskets are extensively used in the automotive sector for sealing applications such as door seals, window seals, and weatherstripping. Their excellent weather resistance and water resistance make them suitable for outdoor and water-exposed applications.
2. Industrial Machinery: EPDM rubber gaskets are employed in industrial machinery for sealing applications in pumps, valves, and equipment. Their resistance to chemicals, weathering, and high temperatures makes them suitable for various industrial environments.
3. Construction Industry: EPDM rubber gaskets are widely used in the construction industry for sealing applications in roofing membranes, window seals, and expansion joints. Their weather resistance, UV resistance, and water resistance make them suitable for sealing and waterproofing building components.
4. Electrical Industry: EPDM rubber gaskets are utilized in the electrical industry for sealing applications in electrical enclosures, connectors, and insulation. Their excellent electrical insulation properties and weather resistance make them suitable for electrical applications.