Bsc Preferred QJDIB-JSU-012 Jigsaw Blade Set 2 Pack

Product Description

The BSC PREFERRED QJDIB-JSU-012 is a two-pack of general-purpose jigsaw blades built for multi-material cutting in trade and shop environments. Each blade measures 3-5/8 inches in length and runs a 10 TPI (teeth per inch) configuration suited for cutting wood, metal, and plastics. The universal shank design fits all combination-style jigsaw chucks and is compatible with most corded and cordless jigsaws on the market. Electricians, plumbers, carpenters, and general contractors reach for blades like these when cutting through mixed materials during rough-in or finish work where swapping tools is not practical.

These blades are intended for general-purpose applications across residential and light commercial jobsites. Common uses include cutting dimensional lumber, conduit backing boards, thin sheet metal, PVC, and other plastics. The 10 TPI tooth count strikes a balance between cut speed and surface finish, making these blades practical for a wide range of materials without needing a dedicated blade for each substrate. Sold as a two-pack on a single card, making them easy to stock in a service van or shop drawer.

Key Features

• 3-5/8 inch blade length for standard jigsaw reach
• 10 TPI tooth configuration for balanced speed and finish across multiple materials
• Cuts wood, metal, and plastics with a single blade type
• Universal shank fits all combo chucks and most corded and cordless jigsaws
• Sold as a two-pack for convenient jobsite stocking

Compatibility

Designed to fit all combination jigsaw chucks and most corded and cordless jigsaw models for general-purpose multi-material cutting applications.

Installation Notes

Installation of jigsaw blades should be performed with the tool unplugged or the battery removed before changing blades. Confirm the blade shank is fully seated and locked in the chuck before operating the tool. Use appropriate eye protection and work-holding when cutting metal or plastics, as these materials can produce sharp chips and blade deflection under load.