2.png)
.jpg)
JIS Type Forged Wire Rope Clips
Product Display
Parameter
| Service | Your inquiry will be replied within 12 hours. |
| Product name | JIS Type Forged Wire Rope Clips |
| Place of origin | Shandong,China. |
| Brand | LS Brand |
| Material | Carton steel(Alloy Steel,Stainless steel304/316). |
| Size | 3/16-2 1/2 |
| Surface | Electro Galvanized(Hot Dip Galivanized) |
| Standard | U.S TYPE |
| Grade | None |
| Stock | There are emergency stocks for regular sizes. |
| Sample | The sample is free,the freight should on your account before your first order. |
| Packing method | PP bag+pallet(Catton+pallet). |
| Payment term | 30% advanced by T/T,the balance should be paid after see the copy of the B/L;L/C at sight;Western Union. |
| Delivery time | Usually within 15-30days according to your required size&quantity. |
| Using range | Fastener in Industry and Construction;Suitable for wire rope. |
Product Details
Manufacturing Processes
Customize Service
Recommend Products
-
Pear Shape Clevis Link
Product name: Pear Shape Clevis Link * Material: alloy steel, quenched and tempered * Temperature range: -40°C up to +200°C * Finish: painted blue * Safety factor: 4:1 * Grade: 80
-
Chain Connecting Link
Material：Steel, stainless steel Surface：Hot dip galvanized, electric galvanized, painted... Size：5mm，6mm，8mm，10mm，12mm
-
Offroad Recovery Uhmwpe Soft Shackle
The soft shackle is made by special high quality mixed PP/PE fiber and widely used in worldwide by the high performance and has competitive price .It's also called as"DANLINE " or "POLYOLEFIN&quo
-
Offroad Recovery Towing Shackle
Towing shackle is a shackle specially designed for use in off-road vehicle rescue towing. Feature: D Shackle Anti-Theft Security Design and Great For ATV, UTV, Trucks, Trailers, and Sport-Utility Vehicles and For Use Wi
-
Manual Hand Winch
Solidconstruction: This portable winch is designed using heavy-duty carbon steel with a zinc-plated finish for maximum strength and long-term use.Resistant to Rust and bad weather. Large Capacity: Made from a solid bo
2.png)