HEAVY DUTY STEEL MATERIAL: Heavy duty valve spring tools are constructed with steel for durability and to withstand high force. Cam action level design for secure valve spring locking into the tool. Allow valve springs and valve stem oil seals to be replaced with the cylinder head.
WIDE APPLICATION : This spring compressor tool has a wide range of OHV, OHC and CVH engines but not suitable for use on engines with deep seated valves. Compressor for springs works on dual springs, inner, and outer springs making it a multi purpose tool.
SIMPLE TO OPERATE: Professional overhead valve spring compressor, very easy to use. Easily remove and install valve springs without removing cylinder head from motor. Valve removal jaws are offset to properly grip parallel compression springs
DESIGNED FOR: This spring compressor tool is perfect for removing valve springs, spring retainers by compressing the valve spring retainer and exposing the valve keeper, remove keepers, uncompress the tool then remove spring.
ADJUSTABLE BAR: Tool spring depth reach grips to retainer are adjustable to fit most large and small spring applications. Features a reversible jaw / adapter and automatic cam-action locking to a re-determined setting.
وصف
Description:
A valve spring compressor is specially designed to help remove and install valve spring conveniently. Our professional overhead valve spring compressor allows valve springs and valve stem oil seals to be replaced with the cylinder head. There are reversible jaw adaptor and automatic cam action locking to a pre-determind setting. What's more, with adjustable depth can fit for most large and small spring applications. It is suitable for most of OHV, OHC, CVH engines. Performance and quality guaranteed!
Specifications:
Material: Steel
Color: Black and Silver
Overall Size: 23.5 x 13cm/9.3" x 5.1"
Package Weight: Approx. 800g
Fitment: for most of OHV, OHC and CVH engines but not suitable for use on engines with deep seated valves
Package Included:
1 x Valve Spring Compressor
Note:
Please allow 1-3cm error due to manual measurement. Thanks for your understanding!