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Nolathane Tie rod - boot Front

$5.80

Nolathane

Model #REV196.0006


Shopper Award

Nolathane's superior formulation bushings with core characteristics ensuring superior elasticity, memory and outright durability induce positive steering precision and feedback.

Nolathane Tie Rod Dust Boots

Features

  • Title: Nolathane REV196.0006 Steering Tie Rod End Boot - Front; Fits Chevrolet C10 Pickup 64-74
  • California Proposition 65: WARNING: This product may contain chemicals which are known to the State of California to cause cancer, birth defects or other reproductive harm. For more information go to www.P65Warnings.ca.gov

Notes:

Fits position: Front

Proposition 65

/!\ warningWARNING: Cancer and Reproductive Harm

https://www.P65Warnings.ca.gov

Vehicle Engine Notes
1972
Chevrolet Brookwood
Base
  • Shaft Diameter 0.650 in., Rod End Diameter 1.625 in.
1964, 1966, 1968, 1970, 1972, 1974
Chevrolet C10 Pickup
Base
  • Rod End Dia. 1.625 in.- Shaft Dia. 0.650 in.
1967, 1969, 1971, 1973
Chevrolet C20 Pickup
Base
  • Rod End Dia. 1.625 in.- Shaft Dia. 0.650 in.
1963, 1965, 1967, 1974
Chevrolet C30 Pickup
Base
  • Rod End Dia. 1.625 in.- Shaft Dia. 0.650 in.
1974
Chevrolet G10 Van
Base
  • RWD- Rod End Dia. 1.625 in.- Shaft Dia. 0.650 in.
1974
Chevrolet G10 Van
Sportvan
  • RWD- Rod End Dia. 1.625 in.- Shaft Dia. 0.650 in.
1974
Chevrolet G20 Van
Base
  • RWD- Rod End Dia. 1.625 in.- Shaft Dia. 0.650 in.
1974
Chevrolet G20 Van
Sportvan
  • RWD- Rod End Dia. 1.625 in.- Shaft Dia. 0.650 in.
1964, 1966, 1968
Chevrolet K10 Pickup
Base
  • Rod End Dia. 1.625 in.- Shaft Dia. 0.650 in.
1963, 1965, 1967, 1969, 1971, 1973
Chevrolet K20 Pickup
Base
  • Rod End Dia. 1.625 in.- Shaft Dia. 0.650 in.
1973
Chevrolet K30 Pickup
Base
  • Rod End Dia. 1.625 in.- Shaft Dia. 0.650 in.
1988
Chevrolet R20
Custom Deluxe
  • Rod End Dia. 1.625 in.- Shaft Dia. 0.650 in.
1986, 1988, 1990
Chevrolet S10 Blazer
Base
  • Rod End Dia. 1.625 in.- Shaft Dia. 0.650 in.
1988
Chevrolet S10 Blazer
High Country
  • Rod End Dia. 1.625 in.- Shaft Dia. 0.650 in.
1986, 1988, 1990
Chevrolet S10 Blazer
Sport
  • Rod End Dia. 1.625 in.- Shaft Dia. 0.650 in.
1986, 1988, 1990
Chevrolet S10 Blazer
Tahoe
  • Rod End Dia. 1.625 in.- Shaft Dia. 0.650 in.
1987
Chevrolet V10
Custom Deluxe
  • Rod End Dia. 1.625 in.- Shaft Dia. 0.650 in.
1987
Chevrolet V10
Scottsdale
  • Rod End Dia. 1.625 in.- Shaft Dia. 0.650 in.
1987
Chevrolet V10
Silverado
  • Rod End Dia. 1.625 in.- Shaft Dia. 0.650 in.
1987
Chevrolet V30
Custom Deluxe
  • Rod End Dia. 1.625 in.- Shaft Dia. 0.650 in.
1987
Chevrolet V30
Scottsdale
  • Rod End Dia. 1.625 in.- Shaft Dia. 0.650 in.
1987
Chevrolet V30
Silverado
  • Rod End Dia. 1.625 in.- Shaft Dia. 0.650 in.
1976, 1978
GMC C15
Base
  • Rod End Dia. 1.625 in.- Shaft Dia. 0.650 in.
1978
GMC C15
Heavy Half
  • Rod End Dia. 1.625 in.- Shaft Dia. 0.650 in.
1976, 1978
GMC C15
High Sierra
  • Rod End Dia. 1.625 in.- Shaft Dia. 0.650 in.
1976, 1978
GMC C15
Sierra Classic
  • Rod End Dia. 1.625 in.- Shaft Dia. 0.650 in.
1976, 1978
GMC C15
Sierra Grande
  • Rod End Dia. 1.625 in.- Shaft Dia. 0.650 in.
1978
GMC C15
Street Coupe
  • Rod End Dia. 1.625 in.- Shaft Dia. 0.650 in.
1976, 1978
GMC C15 Suburban
Base
  • Rod End Dia. 1.625 in.- Shaft Dia. 0.650 in.
1976, 1978
GMC C15 Suburban
High Sierra
  • Rod End Dia. 1.625 in.- Shaft Dia. 0.650 in.
1976, 1978
GMC C15 Suburban
Sierra Classic
  • Rod End Dia. 1.625 in.- Shaft Dia. 0.650 in.
1976, 1978
GMC C15 Suburban
Sierra Grande
  • Rod End Dia. 1.625 in.- Shaft Dia. 0.650 in.
1968
GMC C15/C1500 Pickup
Base
  • Rod End Dia. 1.625 in.- Shaft Dia. 0.650 in.
1968, 1970, 1972, 1974
GMC C15/C1500 Suburban
Base
  • Rod End Dia. 1.625 in.- Shaft Dia. 0.650 in.
1976, 1978
GMC C25
Base
  • Rod End Dia. 1.625 in.- Shaft Dia. 0.650 in.
1976, 1978
GMC C25
High Sierra
  • Rod End Dia. 1.625 in.- Shaft Dia. 0.650 in.
1976, 1978
GMC C25
Sierra Classic
  • Rod End Dia. 1.625 in.- Shaft Dia. 0.650 in.
1976, 1978
GMC C25
Sierra Grande
  • Rod End Dia. 1.625 in.- Shaft Dia. 0.650 in.
1973
GMC C25/C2500 Pickup
Base
  • Rod End Dia. 1.625 in.- Shaft Dia. 0.650 in.
1975, 1977
GMC C35
Base
  • Rod End Dia. 1.625 in.- Shaft Dia. 0.650 in.
1975, 1977
GMC C35
High Sierra
  • Rod End Dia. 1.625 in.- Shaft Dia. 0.650 in.
1975, 1977
GMC C35
Sierra Classic
  • Rod End Dia. 1.625 in.- Shaft Dia. 0.650 in.
1975, 1977
GMC C35
Sierra Grande
  • Rod End Dia. 1.625 in.- Shaft Dia. 0.650 in.
1967, 1969, 1971
GMC C35/C3500 Pickup
Base
  • Rod End Dia. 1.625 in.- Shaft Dia. 0.650 in.
1978
GMC G15
Rally
  • Rod End Dia. 1.625 in.- Shaft Dia. 0.650 in.
1978
GMC G15
Rally STX
  • Rod End Dia. 1.625 in.- Shaft Dia. 0.650 in.
1978
GMC G15
Vandura
  • Rod End Dia. 1.625 in.- Shaft Dia. 0.650 in.
1974
GMC G15/G1500 Van
Rally
  • RWD- Rod End Dia. 1.625 in.- Shaft Dia. 0.650 in.
1974
GMC G15/G1500 Van
Vandura
  • RWD- Rod End Dia. 1.625 in.- Shaft Dia. 0.650 in.
1976, 1978
GMC G25
Rally
  • Rod End Dia. 1.625 in.- Shaft Dia. 0.650 in.
1976, 1978
GMC G25
Rally STX
  • Rod End Dia. 1.625 in.- Shaft Dia. 0.650 in.
1976, 1978
GMC G25
Vandura
  • Rod End Dia. 1.625 in.- Shaft Dia. 0.650 in.
1974
GMC G25/G2500 Van
Rally
  • RWD- Rod End Dia. 1.625 in.- Shaft Dia. 0.650 in.
1974
GMC G25/G2500 Van
Vandura
  • RWD- Rod End Dia. 1.625 in.- Shaft Dia. 0.650 in.
1976
GMC K15
Sierra Classic
  • Rod End Dia. 1.625 in.- Shaft Dia. 0.650 in.
1976
GMC K15
Sierra Grande
  • Rod End Dia. 1.625 in.- Shaft Dia. 0.650 in.

ABOUT NOLATHANE

With over 40 years of experience, Nolathane remains the number one replacement and enhancement bushing and chassis component brand in Australia and New Zealand and now has a warehouse in California to meet the North American market. Nolathane suspension bushings synchronise your suspension system for optimal safety, handling and performance. They are the links between your vehicle's springs, struts, or shocks.

As the chosen brand by automobile technicians and DIY'ers (Do it Yourself), Nolathane has achieved this via innovations in both material formulations and high quality raw materials, with careful engineering and extensive testing. As a result, these items are a no compromise' option backed up by a warranty.

WHY CHOOSE NOLATHANE?


Whether you intend to rebuild your street machine, toughen your truck, or simply update your everyday suspension bushing Nolathane is the link between your vehicle and its springs, struts, and shock absorbers. Suspension bushings supply the movement and/or mounting points in your vehicle's suspension system. Original rubber suspension bushings are squeezed or chemically bound to the suspension components to which they are fitted. In the case of a metallastic (steel cased) bush, the rubber is compressed at the time of manufacture and chemically bonded to the metal core sleeve and outer steel shell. The rubber bush is generally press-fitted into the suspension component, such as a control arm, then bolted to the chassis. In this approach, the ability of suspension movement or rotation to move is constrained. The Nolathane rubber suspension bush design involves a delicate compromise, as it is enough to permit sufficient rotational movement while retaining alignment settings.

WHAT MAKES NOLATHANE BUSHING SPECIAL?


Unlike rubber, Nolathane polyurethane suspension bushings are not bonded by compression. Nolathane bushings are mechanically fitted with a little crush of the urethane substance, and the central pin is lubricated so the component freely pivots without constraint. When combined with Nolathane's ability to retain the shape of the bush, this free pivoting results in a more responsive handling reaction and significantly better suspension control. Technical advancements in suspension design have resulted in many modern automobiles having much enhanced on-road handling. Using Nolathane suspension bushings eliminates suspension weakness and hence retains steering control.

NOLATHANE FEATURES


Nolathane bushings increase your suspension's performance in the following ways:
  • Superior abrasion resistance
  • Superior weight carrying capacity (4WD, utes, and towing)
  • Flexibility
  • Strengthening of the tensile component
  • Chemical resistance against oil, grease, ozone, and deterioration caused by weathering
  • Adjustable bushings for alignment correction
  • As a result, it improved grip, steering, and performance
  • Suspension geometry changes less under load, braking, and during turns
  • Increased suspension life and decreased repair time
  • Increased tire life

Nolathane was originally developed to replace brass bushings in hill climb vehicles. As a result, the early formulations were extremely hard, as they were intended to replace brass, not rubber. While it performed admirably in competition, it was far too harsh for everyday street use. Nolathane is available in a variety of durometers (grades of softness/hardness), with the appropriate durometer being chosen for each application. Today's Nolathane products offer more tear, abrasion, and compression resistance for any type of ride.

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