Stainless Quick Release Pins : Make sure durable using for outdoors activities. You can freely use quick release pin without worrying about it would be rust.Stainless steel material could make quick release pin durable convenience using,and no replacement for saving some inconvenience. Top pin boat is built to longer using life and will satisfy your needs on different sites
Quick Installing & Conveniently Using These pins made it easy to do with the split ring easy to attach the keeper cord so not worry about it accidentally falling.These bimini top pins are used where require pin to keep in place fixing a component's position.Hardware top pin could connect without worry about the upper or lower pins falling out.You can use bimini top pins to replace other used pins.Corrosion resistance material of stainless release pin would do better on your daily using
Multi Using : These top pins stainless for bimini tops, boat tops and vehicle, ship building or other ways.Features on corrosion resistant and abrasion resistant could be helpful for deck hardware pins high performance pin marine hardware.It could satisfy different using and different scenes
Quick release pins: High shear capacity steel gives maximum strength for all applications. Boat bimini top deck hinge or jaw slide clamp bracket marine hardware, boat tops, support poles
Durable Locking Pins:Versatile tools designed for locating, fastening, adjusting, removing, and aligning accessories on equipment in various areas. Crafted from carbon steel materials, these locking pins have durability and strength, ensuring reliable performance in diverse applications
وصف
Name: 304 Stainless Steel Quick Buckle
Material: 304 Stainless Steel
Length:30-100mm
Features: Preferred materials, complete specifications, sturdy and durable
Applications: Mainly used for temporary connection of steel wire ropes and fixation of rear hand ropes when threading steel wire ropes through pulley blocks
Note: Light shooting and different displays may cause the color of the item in the picture a little different from the real things. The measurement allowed error is +/- 0.039 in - 0.118 in