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Stainless Steel Shackles
Stainless steel shackles are U-shaped connectors with a pin or bolt across the opening. They are commonly used in rigging and lifting applications. Stainless steel shackles offer high strength, durability, and resistance to corrosion in demanding environments.
4.01.06
•Material: Stainless steel 304 or 316
•Production technology: Die Forging--Quenched and Tempered
•Safety factor: 6:1; 4:1
•The proof load is 2 times of Working load limit
•The breaking load is 4 times of Working load limit
•Breakage test is made for samples of each batch.
•100% MPI for crack detection.
•Production technology: Die Forging--Quenched and Tempered
•Safety factor: 6:1; 4:1
•The proof load is 2 times of Working load limit
•The breaking load is 4 times of Working load limit
•Breakage test is made for samples of each batch.
•100% MPI for crack detection.
4.01.01
•Material: Stainless steel 304 or 316
•Production technology: Die Forging--Quenched and Tempered
•Safety factor: 6:1; 4:1
•The proof load is 2 times of Working load limit
•The breaking load is 4 times of Working load limit
•Breakage test is made for samples of each batch.
•100% MPI for crack detection.
•Production technology: Die Forging--Quenched and Tempered
•Safety factor: 6:1; 4:1
•The proof load is 2 times of Working load limit
•The breaking load is 4 times of Working load limit
•Breakage test is made for samples of each batch.
•100% MPI for crack detection.
4.01.05
•Material: Stainless steel 304 or 316
•Production technology: Die Forging--Quenched and Tempered
•Safety factor: 6:1; 4:1
•The proof load is 2 times of Working load limit
•The breaking load is 4 times of Working load limit
•Breakage test is made for samples of each batch.
•100% MPI for crack detection.
•Production technology: Die Forging--Quenched and Tempered
•Safety factor: 6:1; 4:1
•The proof load is 2 times of Working load limit
•The breaking load is 4 times of Working load limit
•Breakage test is made for samples of each batch.
•100% MPI for crack detection.
4.01.02
•Material: Stainless steel 304 or 316
•Production technology: Die Forging--Quenched and Tempered
•Safety factor: 6:1; 4:1
•The proof load is 2 times of Working load limit
•The breaking load is 4 times of Working load limit
•Breakage test is made for samples of each batch.
•100% MPI for crack detection.
•Production technology: Die Forging--Quenched and Tempered
•Safety factor: 6:1; 4:1
•The proof load is 2 times of Working load limit
•The breaking load is 4 times of Working load limit
•Breakage test is made for samples of each batch.
•100% MPI for crack detection.
4.01.03
•Material: Stainless steel 304 or 316
•Production technology: Die Forging--Quenched and Tempered
•Safety factor: 6:1; 4:1
•The proof load is 2 times of Working load limit
•The breaking load is 4 times of Working load limit
•Breakage test is made for samples of each batch.
•100% MPI for crack detection.
•Production technology: Die Forging--Quenched and Tempered
•Safety factor: 6:1; 4:1
•The proof load is 2 times of Working load limit
•The breaking load is 4 times of Working load limit
•Breakage test is made for samples of each batch.
•100% MPI for crack detection.
4.01.04
•Material: Stainless steel 304 or 316
•Production technology: Die Forging--Quenched and Tempered
•Safety factor: 6:1; 4:1
•The proof load is 2 times of Working load limit
•The breaking load is 4 times of Working load limit
•Breakage test is made for samples of each batch.
•100% MPI for crack detection.
•Production technology: Die Forging--Quenched and Tempered
•Safety factor: 6:1; 4:1
•The proof load is 2 times of Working load limit
•The breaking load is 4 times of Working load limit
•Breakage test is made for samples of each batch.
•100% MPI for crack detection.
4.01.16
•Material: Stainless steel 304 or 316
•Production technology: Die Forging--Quenched and Tempered
•Safety factor: 6:1; 4:1
•The proof load is 2 times of Working load limit
•The breaking load is 4 times of Working load limit
•Breakage test is made for samples of each batch.
•100% MPI for crack detection.
•Production technology: Die Forging--Quenched and Tempered
•Safety factor: 6:1; 4:1
•The proof load is 2 times of Working load limit
•The breaking load is 4 times of Working load limit
•Breakage test is made for samples of each batch.
•100% MPI for crack detection.
4.01.11
•Material: Stainless steel 304 or 316
•Production technology: Die Forging--Quenched and Tempered
•Safety factor: 6:1; 4:1
•The proof load is 2 times of Working load limit
•The breaking load is 4 times of Working load limit
•Breakage test is made for samples of each batch.
•100% MPI for crack detection.
•Production technology: Die Forging--Quenched and Tempered
•Safety factor: 6:1; 4:1
•The proof load is 2 times of Working load limit
•The breaking load is 4 times of Working load limit
•Breakage test is made for samples of each batch.
•100% MPI for crack detection.
4.01.12
•Material: Stainless steel 304 or 316
•Production technology: Die Forging--Quenched and Tempered
•Safety factor: 6:1; 4:1
•The proof load is 2 times of Working load limit
•The breaking load is 4 times of Working load limit
•Breakage test is made for samples of each batch.
•100% MPI for crack detection.
•Production technology: Die Forging--Quenched and Tempered
•Safety factor: 6:1; 4:1
•The proof load is 2 times of Working load limit
•The breaking load is 4 times of Working load limit
•Breakage test is made for samples of each batch.
•100% MPI for crack detection.
4.01.08
•Material: Stainless steel 304 or 316
•Production technology: Die Forging--Quenched and Tempered
•Safety factor: 6:1; 4:1
•The proof load is 2 times of Working load limit
•The breaking load is 4 times of Working load limit
•Breakage test is made for samples of each batch.
•100% MPI for crack detection.
•Production technology: Die Forging--Quenched and Tempered
•Safety factor: 6:1; 4:1
•The proof load is 2 times of Working load limit
•The breaking load is 4 times of Working load limit
•Breakage test is made for samples of each batch.
•100% MPI for crack detection.
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