Starrett 52822 Feeler Stock Roll 0.025 in Tempered Steel

Product Description

The STARRETT 52822 is a tempered steel feeler stock roll used for precision gap measurement and clearance checking in mechanical, HVAC, and industrial service applications. The roll measures 0.025 inches thick and 0.5 inches wide, with a full 20-foot length that allows technicians to cut strips to any needed size on the job. Tempered steel construction provides the consistent flexibility and surface hardness required for accurate feeler gauge work. This stock is suited for professionals who need custom-length feeler strips rather than fixed-blade sets.

Feeler stock rolls are used across HVAC service, plumbing, electrical panel work, and general mechanical maintenance wherever precise gap clearances must be verified or set. Common applications include checking valve clearances, compressor tolerances, bearing fits, and burner orifice alignments. The 20-foot roll format is practical for shop use or for technicians who service high volumes of equipment and need repeatable strip lengths cut to spec. The 0.5-inch width accommodates most standard clearance-check locations without trimming the width.

Key Features

• Tempered steel construction for consistent stiffness and surface accuracy
• 0.025-inch thickness for precision gap and clearance measurement
• 0.5-inch width fits standard feeler gauge access points
• 20-foot roll length allows field-cut strips in any required length
• Single roll per package for direct replacement or stock replenishment

Compatibility

Designed as a general-purpose tempered steel feeler stock for use wherever 0.025-inch gap measurement strips are required in mechanical, HVAC, or industrial service work.

Installation Notes

Cut strips from the roll using appropriate metal shears or aviation snips rated for thin-gauge steel. Edges after cutting may be sharp — deburr as needed before use in tight clearance locations. No special tools or code compliance is required for use, but strips should be handled carefully to avoid kinking, which will compromise measurement accuracy.