【Perfect Replacement】:This universal adjustable stainless steel drive shaft axle boot clamp can perfectly replace damaged drive shaft CV dust covers in cars. It can effectively solve the problem of loose or damaged car parts, leading to grease leakage, and help you quickly repair your car.
【Material】:The CV joint boot clamp is made of high-quality stainless steel, which has high hardness and corrosion resistance. Even if left in a humid environment for a long time, it is not easy to rust, deform, and break. It will not cause any damage to your vehicle and can be used for a long time.
【Widely Applicable】:These CV joint boot clamp tool is suitable for the steering gear dust cover and fuel hoses of most vehicles, such as cars, trucks, SUVs, etc. They have strong practicality and are an essential choice for car owners to repair their cars.
【Easy to Use】:Installing this car CV joint boot clamp is very simple. Just remove the old car constant velocity universal joint dust cover clamp, clean the lubricating grease, and then fix the new clamp in place, which can be completed in a few minutes.
【Package】:There are 15 large CV boot clamps and 15 small CV joint boot clamps inside the packaging. :The large CV boot clamp width is 0.35" (8.95mm), thickness is 0.033" (0.85mm). The small CV boot clamp width is 0.28" (7.11mm), thickness is 0.023" (0.58mm).
وصف
This CV boot clamp can tightly fix the CV dust cover to prevent lubricating grease leakage and external impurities from invading.
SPECIFICATION:
Brand: UHANBUT
Name: CV Boot Clamp Kit
Color: Silver
Material: 304 Stainless Steel
SIZE:
large CV boot clamp: 16.92 × 0.35 inch
small CV boot clamp: 4.41 × 0.28 inch
Applicable: Most vehicles
FEATURES:
-This CV boot band has excellent anti-deformation ability and is not easy to deform or break even after long-term use.
-This CV joint clamp has a unique U-shaped buckle design, which is firm and stable after clamping and is not easy to loosen or fall off.
-This CV boot clamp has strong corrosion resistance and can still maintain stable performance in harsh environments.