Crosby IP Model IPPH - Grip Opening 2.81"

Description du produit

Product Description:
The Crosby IP Model IPPH Pipe Hook is designed for the safe horizontal lifting and transport of pipe, tube, and other cylindrical fabrications. Engineered for fast and efficient rigging, the IPPH provides secure handling of round materials in industrial, construction, fabrication, and pipe handling applications.
Manufactured from high-strength alloy steel plate, the IPPH Pipe Hook is designed for use in matched pairs and features a convenient handle and bolt-type shackle connection for reliable lifting performance in demanding environments.

Material:
High-strength alloy steel plate construction
Bolt-type alloy shackle connection
Optional nylon (PA6) non-marring inserts available

Specifications:
Designed for horizontal lifting and transport of pipe and cylindrical fabrications
Used in matched pairs only
Suitable for sling angles from 45°–60° horizontal angle or 60°–90° included angle
Equipped with convenient lifting handle
Bolt-type shackle supplied for secure attachment
Optional non-marring nylon inserts help reduce surface damage
Available in Working Load Limits from 2 to 20 metric tons per pair
Grip openings available from approximately 52 mm to 154 mm depending on model
Design factor based on EN13155 and ASME B30.20 requirements
Operating temperature range: -40°F to +212°F (-40°C to +100°C)

Uses:
Pipe lifting and transport
Tube and cylindrical fabrication handling
Industrial fabrication shops
Construction and pipeline applications
Marine and offshore material handling

Key Features:
Purpose-built design – Specifically engineered for lifting pipe and cylindrical materials
Heavy-duty construction – Alloy steel body provides durability and strength
Efficient handling – Integrated handle improves positioning and rigging
Non-marring options – Optional nylon inserts help protect coated or threaded pipe
Corrosion resistant – Built for demanding industrial environments
Standards compliant – Designed in accordance with EN13155 and ASME B30.20 requirements