Grade 100 alloy steel binder chain with a 4:1 design factor. Supplied fully assembled with clevis grab hooks on both ends (hooks have no cradle). Intended for lashing down on trailers and cargo restraint; not recommended for overhead lifting.
Introduction
Grade 100 chain offers approximately 20% higher working load limit (WLL) compared with an equivalent-size Grade 80 chain, allowing reduction in chain size or quantity for the same application. Although Grade 100 chain material is used in overhead lifting applications, this specific binder/tow chain is configured with grab hooks without a cradle and is not suitable for overhead lifting. Hooks are sized to pass through flatbed trailer rub rails.
Parameters
Grade of Chain: NACM and ASTM grading systems; higher grade increases WLL for a given diameter.
Working Load Limit (WLL): Maximum recommended load in direct tension on an undamaged, straight length of chain.
Proof Test: Minimum tensile force applied during manufacture as an integrity check; not to be used for service or design calculations.
Minimum Breaking Force: Minimum tensile force at break during manufacture; an acceptance test only.
Overhead Lifting: Any lifting that would place a freely suspended load where dropping could cause injury or damage; this product is not rated for such use.
Standards
Name: Grade 100 Binder Chain
MOQ: 100 Meters
Package: Carton + Steel Pallet
Technical specifications
Product name: Grade 100 Binder Chain
Material: Grade 100 alloy steel
Design factor: 4:1
Configuration: Supplied fully assembled with clevis grab hooks on both ends (hooks have no cradle)
Intended use: Designed for lashing down; not recommended for overhead lifting
Working Load Limit: Approximately 20% increase vs Grade 80 for the same size
Alternate names: Tow / Binder, Alloy Log Chain, Grade 10, System 10, Spectrum 10
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.