Shaft Oil Seal TC24x46x8 Rubber Covered Double Lip w/Garter Spring ID 24mm OD 46mm 24x46x8 24 x 46 x 8 mm

Ahorrar $2.76
AVX SealsSKU: TC24x46x8

Precio:
Precio de venta$6.90 Precio habitual$9.66

Descripción

Rotary Shaft Oil Seal | Double Lip | Shaft Diameter (24mm) x Bore Diameter (46mm) x Width (8mm) | Nitrile Rubber Lip Material.

Product Overview:

The Rotary Shaft Oil Seal – Double Lip (24x46x8mm) is a high-quality sealing component designed for use in rotating shaft applications where reliable sealing and contamination prevention are critical. The double lip design offers superior performance by providing a primary seal to retain lubricants and a secondary lip to block contaminants like dust, dirt, and moisture.

This seal is made with Nitrile Rubber (NBR) lip material, which ensures excellent resistance to oils, greases, and moderate chemicals, making it ideal for a wide range of industrial and mechanical uses. The steel-reinforced core adds dimensional strength, while the rubber-coated outer diameter ensures a secure, leak-free fit in the housing bore. With a shaft diameter of 24mm, bore diameter of 46mm, and a width of 8mm, this oil seal is compact, durable, and dependable.

  • Brand : AVX Seals
  • Item Sku : TC24x46x8
  • Type : TC 24x46x8 mm
  • Inner : 24mm
  • Outer : 46mm
  • Width : 8mm
  • Size : 24mm x 46mm x 8mm
  • Seal Material : Nitrile Butadiene Rubber
  • Temperature Range : -40 to 248 F

Applications:

  • Electric motors and gearboxes

  • Hydraulic and pneumatic pumps

  • Automotive engines and transmissions

  • Industrial machinery

  • Bearing housings

Questions & Answers:

Q1: What does the double lip design do?
A1: The double lip enhances sealing performance. The inner lip retains lubricants, while the outer lip prevents the ingress of contaminants like dust, dirt, and water—ideal for challenging environments.

Q2: What is the material used in the seal and why?
A2: The seal uses Nitrile Rubber (NBR), which is widely known for its excellent oil resistance, abrasion durability, and performance under moderate chemical exposure.

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