Description
Rotary Shaft Oil Seal | Double Lip | Shaft Diameter (12.7mm) x Bore Diameter (28mm) x Width (6.7 mm) | Viton Rubber Lip Material.
Product Overview:
The Rotary Shaft Oil Seal 12.7mm x 28mm x 6.7mm is a premium-grade seal designed for rotating shafts that demand high performance in extreme conditions. Featuring a double lip design and manufactured with Viton® (FKM) rubber, this oil seal provides excellent resistance to high temperatures, chemicals, fuels, and aggressive fluids. With a shaft diameter of 12.7mm (1/2"), bore diameter of 28mm, and width of 6.7mm, it is ideal for compact mechanical applications requiring durability and reliability in harsh environments.
- Brand : AVX Seals
- Item Sku : TC12.7x28x6.7V
- Type : TC12.7x28x6.7V mm
- Inner : 12.7 mm
- Outer : 28 mm
- Width : 6.7 mm
- Size : 12.7 mm x 28 mm x 6.7 mm
- Seal Material : Viton Rubber
- Temperature Range : -15° to 400°F

Applications: Shaft Oil Seal
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High-speed Electric Motors: Withstands heat and friction at high RPMs
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Fuel Systems: Compatible with gasoline, diesel, ethanol, and biofuels
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Chemical Processing Equipment: Resistant to harsh chemicals and solvents
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Automotive & Aerospace Components: Durable performance under extreme thermal and chemical exposure
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Pumps & Compressors: Seals rotating shafts under high-temperature and pressure conditions
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Laboratory & Medical Devices: Used in precision instruments that demand fluid control and chemical resistance
❓ Frequently Asked Questions (FAQs):
Q1: Why choose Viton rubber over Nitrile?
A1: Viton (FKM) is chosen when:
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Operating temperatures are above 100°C
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The seal is exposed to fuels, chemicals, or aggressive fluids
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Long-term durability is needed under extreme conditions
It outperforms nitrile in heat and chemical resistance.
Q2: What is the purpose of the double lip design?
A2: The double lip construction enhances performance by:
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Retaining lubricants with the inner lip
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Blocking contaminants like dirt, water, and dust with the outer lip
This provides extra protection in demanding environments.
