Descripción
Rotary Shaft Oil Seal | Double Lip | Shaft Diameter (11.1mm) x Bore Diameter (25.4mm) x Width (6.35mm) | Nitrile Rubber Lip Material.
Product Overview:
Rotary Shaft Oil Seal – Double Lip (11.1mm x 25.4mm x 6.35mm)**
This Rotary Shaft Oil Seal is a compact, high-performance sealing component engineered for dynamic applications. With a shaft diameter of 11.1mm, a bore diameter of 25.4mm (1 inch), and a width of 6.35mm (1/4 inch), it’s ideal for small-scale rotating equipment where precision and reliability are critical.
Featuring a double lip configuration and a garter spring, this oil seal maintains consistent radial contact with the shaft, effectively retaining lubricants and blocking contaminants such as dust, dirt, and moisture. Constructed from Nitrile Rubber (NBR) with a steel-reinforced inner core, it offers superior resistance to oils, greases, and mild chemicals. The rubber-coated outer diameter ensures a tight, secure, and vibration-resistant fit in the housing bore.
- Brand : AVX Seals
- Item Sku : TC11.1x25.4x6.35
- Type : TC 11.1x25.4x6.35 mm
- Inner : 11.1mm
- Outer : 25.4mm
- Width : 6.35mm
- Size : 11.1mm x 25.4mm x 6.35mm
- Seal Material : Nitrile Butadiene Rubber
- Temperature Range : -40° to 248°F

Applications:
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Electric motors and small gearboxes
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Miniature pumps and compressors
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Hydraulic and pneumatic systems
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Automotive components
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Small engines and rotating assemblies
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Precision machinery and robotics
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Home appliances and light industrial equipment
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Bearing housings and rotating shaft seals
❓ Questions & Answers:
Q1: What is the purpose of the double lip in this oil seal?
A1: The double lip design improves sealing performance by using one lip to retain internal lubricants and the second lip to prevent the entry of contaminants like dust and water—ideal for tough environments.
Q2: What materials are used in this oil seal?
A2: The sealing lip is made from Nitrile Rubber (NBR) for oil and grease resistance, and the inner body is reinforced with steel for structural stability and durability.
