Pike Pole - Carbon Steel Straight Hook Tip, 1-1/2 in Diameter Anodized Aluminum Handle, 14 ft Handle

Product Description

CM pike poles provide extended reach for manually pulling, guiding, positioning, and retrieving materials from a distance. Each configuration features a straight hook tip for engaging objects and a 1-1/2 in diameter handle that provides a substantial gripping surface during controlled manual use. The product family is available with handle lengths ranging from 6 to 24 ft to accommodate different reach requirements and work-area layouts.

The anodized aluminum handle combines a relatively lightweight construction with a protective surface finish suited to repeated handling in industrial, commercial, utility, and maintenance environments. Its rigid tubular form helps transfer the operator’s pushing or pulling force to the working end while allowing longer models to reach elevated, recessed, or otherwise difficult-to-access locations.

A carbon steel hook provides the durable working contact point needed for engaging and manipulating compatible materials. Available 6, 8, 10, 12, 14, 16, 18, 20, and 24 ft handle configurations allow users to select the appropriate balance of reach, handling control, and storage requirements for the application.

Material:
Anodized aluminum handle
Carbon steel straight hook tip
Metal connection and fastening components
Exact aluminum and carbon steel grades not confirmed

Uses:
Pulling and positioning materials from a distance
Guiding objects during maintenance and handling tasks
Retrieving items from elevated or recessed locations
Moving or clearing lightweight obstructions
Industrial and utility maintenance
Facility and equipment servicing
General material-positioning applications

Key Features:
Straight hook-tip design
Carbon steel working end
1-1/2 in diameter handle
Anodized aluminum handle construction
Available in multiple lengths from 6 to 24 ft
Extended reach for difficult-access work areas
Manual operation without external power
Multiple lengths for application-specific reach