Bosch T130DG Diamond Jig Saw Blade 30 Grit T-shank 5 Pack

Product Description

The ROBERT BOSCH TOOL GROUP T130DG is a 3-1/4 inch, 30 grit diamond T-shank jig saw blade engineered for clean cutting in hard tile and abrasive stone materials. A diamond matrix is bonded directly to the blade edge, giving it the cutting hardness needed to work through Grade 5 porcelain, granite, marble, slate, glass, and cement board. The blade handles material thickness from 3/64 inches up to 1/2 inches. Sold in a pack of five, the T130DG is built for professional tile installers and other specialized trades requiring consistent, precise cuts in demanding substrates.

This blade is suited for residential and commercial tile installation work where standard bi-metal or carbon blades fall short. Typical applications include cutting field tile, trim tile, stone slab, cement backer board, and glass tile in kitchen, bath, and flooring installations. The T-shank interface fits the majority of modern jig saws, making it a practical choice across multiple tool platforms on the job site.

Key Features

• 30 grit diamond matrix bonded to blade edge for cutting the hardest and most abrasive tile materials
• Accepts Grade 5 porcelain, granite, marble, slate, glass, and cement board
• Cuts material thickness from 3/64 inches to 1/2 inches
• T-shank design for broad jig saw compatibility
• 3-1/4 inch blade length suits tight-radius and field cuts
• Pack of five blades supports extended production work

Compatibility

Designed for use with T-shank jig saws; suitable for cutting Grade 5 porcelain, granite, marble, slate, glass, and cement board up to 1/2 inch thickness.

Installation Notes

Blade installation and replacement should be performed with the jig saw unplugged or the battery pack removed. Confirm the tool accepts T-shank blades before installing. When cutting hard tile or stone, use the saw at a controlled feed rate to avoid blade overheating or substrate cracking. Eye protection and dust control measures are recommended, as diamond cutting of ceramic and stone generates fine silica-containing dust.