EN360X16 — Cross-Reference

Our equivalent: Lift-all 3G-OTH-333055

6 compatible products found for Lift-all 3G-OTH-333055. All items ship worldwide via DHL.

Also known as:EN360X16LIFT-ALL

Cross-reference match for “EN360X16”

“EN360X16” reads like a competitor / OEM part number. The 3G-catalog equivalent is below. Not an exact fit? Our global supplier network covers thousands of brands — add it to an RFQ and we’ll quote it.

LIFT-ALL

LIFT-ALL Type 5 Endless Round Sling, Polyester/Nylon, 16 ft Length, 7/8 in Body Diameter, EN360X16

SKU: 3G-OTH-333055

Available by RFQQuote + Service

EN360X16 — Cross-Reference

Cross-reference match for “EN360X16”

LIFT-ALL Type 5 Endless Round Sling, Polyester/Nylon, 16 ft Length, 7/8 in Body Diameter, EN360X16

More from Lift-all

Lift-all Endless round sling constructed from polyester and nylon, with a body diameter of 4 3/32 inches and a sling length of 19 feet. Suitable for lifting and rigging heavy loads in industrial applications such as construction, manufacturing, and warehousing.

Lift-all Endless round sling made of polyester with a 12 ft sling length and 1 3/8 in body diameter. Used for lifting and rigging in industrial settings such as manufacturing, construction, and warehousing. Polyester construction provides flexibility and protects load surfaces.

Lift-all Endless round sling for lifting and rigging heavy loads. Type 5 construction with polyester and nylon materials. 9 ft sling length and 2 3/4 in body diameter. Suitable for industrial material handling applications.

Lift-all Endless round sling made of polyester with a 7 ft length and 1 1/8 in body diameter. Designed for general-purpose lifting and rigging in industrial environments, providing flexibility and load surface protection.

Lift-all Endless round sling made of polyester with a body diameter of 1 1/8 in and a sling length of 11 ft. Used for lifting and rigging loads in industrial settings such as manufacturing, construction, and warehousing. Polyester construction provides flexibility and protects load surfaces.