Working geometry
The tooth pattern and cutting width determine how the blade engages the workpiece.

Designed to make straight saw cuts.
Carbide tips form the working edges, supported by the tool body.
This Walter triple-chip cut-off saw blade is designed to make straight saw cuts. It is suitable for plywood, veneer and plastic-laminated boards.
The tooth pattern and cutting width determine how the blade engages the workpiece. Match the diameter and bore to the saw before fitting the blade. Carbide tips form the working edges, supported by the tool body.
The blade diameter is 12 in, with 100 teeth. The 1 in bore must match the arbor and the complete mounting arrangement. Its nominal kerf is .135 in.
Technical Specifications
The tooth pattern and cutting width determine how the blade engages the workpiece.
Carbide tips form the working edges, supported by the tool body.
The blade diameter is 12 in, with 100 teeth. The 1 in bore must match the arbor and the complete mounting arrangement. Its nominal kerf is .135 in.
Match the part number, mounting dimensions and machine configuration before use. Follow the tool and machine manufacturer’s operating instructions.
Walter 13-012 002 100 is designed to make straight saw cuts. It is suitable for plywood, veneer and plastic-laminated boards.
The tooth pattern and cutting width determine how the blade engages the workpiece. Match the diameter and bore to the saw before fitting the blade. Carbide tips form the working edges, supported by the tool body.
The blade diameter is 12 in, with 100 teeth. The 1 in bore must match the arbor and the complete mounting arrangement. Its nominal kerf is .135 in. Match the 1 in bore and all locating features to the machine mounting.
For help selecting this version, share your machine model, workpiece material and intended operation with Titan.