Gibraltar G10-3009CC Fluted Knob 1.5 in Phenolic Glossy

Product Description

The GIBRALTAR G10-3009CC is a fluted knob with a 1.5-inch head diameter, designed for manual adjustment and control applications across industrial, mechanical, and equipment assembly settings. The knob features a threaded stem for secure fastening and is molded from phenolic material, which provides solid rigidity and resistance to heat and moderate chemical exposure. A glossy finish gives the knob a clean, professional appearance. This type of hardware component is typically installed by machine builders, maintenance technicians, and equipment assemblers requiring reliable hand-operated control points.

This fluted knob is suited for use on machinery panels, jigs, fixtures, and mechanical assemblies where a hand-tightened, threaded fastening point is required. The 1.5-inch head size offers adequate grip surface for frequent operator adjustments without tooling. Phenolic construction makes it appropriate for environments with moderate heat or where non-metallic hardware is preferred. Applications span light industrial equipment, shop fixtures, and general mechanical assemblies.

Key Features

• 1.5-inch head diameter for comfortable hand grip and adjustment
• Threaded stem design for direct installation into tapped hardware or assemblies
• Phenolic material construction offers rigidity and moderate heat resistance
• Glossy finish provides a clean, finished appearance on exposed hardware
• Compact and lightweight at 1 pound package weight

Compatibility

Designed as a standard fluted threaded-stem knob for use in general industrial machinery, fixtures, and mechanical equipment assemblies requiring hand-operated control hardware.

Installation Notes

Installation is typically performed by maintenance technicians or equipment assemblers. Ensure the receiving threads in the mating component are clean and undamaged before installation. Hand-tighten the knob to the appropriate engagement depth without overtightening, as phenolic material can crack under excessive torque. Power down or de-energize any associated equipment before servicing components in the adjustment assembly.