BestPriceCheck.co.uk Logo Image
Compare Prices - What are you looking for?

 
Image of Draper Bandsaw Blades 2105mm 3/4 10/14TPI
 

Draper Bandsaw Blades 2105mm 3/4 10/14TPI

Metal cutting bandsaw blade with teeth made from high performance M42 high speed cobalt steel and backing material in alloy tempered steel. Suitable for cutting ferrous metals such as steel, alloy and iron. Also, non-ferrous metals including aluminium, copper and brass. Compatible with Draper 210mm Metal Cutting Horizontal Bandsaw (Stock No. 38010) and other manufacturers' bandsaws.Features and Benefits:• High speed metal cutting bi-metal bandsaw blade• Suitable for cutting ferrous and non-ferrous metals• High performance, clean and smooth cuts• Increased blade life and heat resistance• Minimal noise and vibrationContents:1 x Bandsaw Blade 2105 x 19mm (10/14 tpi)

Draper5010559500680

Price: £43.95 from Tooled Up

Review This Product

Stockist Catalogue Product Name Price  
Draper Bandsaw Blades 2105mm 3/4 10/14TPI £43.95 Visit Store

Related Products

 
Image of Draper Bandsaw Blades 2105mm 3/4 18tpi
 

Draper Bandsaw Blades 2105mm 3/4 18tpi

This 2105mm x 3/4" bandsaw blade with 18tpi offers substantial beam strength combined with relatively fine tooth count for quality cutting in hardwoods, softwoods, and plastics. The three-quarter-inch width is excellent for resawing and cutting thicker...


 
Image of Draper Bandsaw Blades 1400mm 1/2" 24tpi
 

Draper Bandsaw Blades 1400mm 1/2" 24tpi

This 1400mm x 1/2" metal-cutting bandsaw blade features 24tpi for smooth, precise cuts through ferrous and non-ferrous metals. The fine tooth count ensures clean cutting with minimal burring, whilst the half-inch width provides excellent stability during...


 
Image of Draper Bandsaw Blades 1400mm 1/2" 6tpi
 

Draper Bandsaw Blades 1400mm 1/2" 6tpi

This 1400mm x 1/2" bandsaw blade with 6tpi skip configuration is designed for fast, efficient cutting in hardwoods, softwoods, and plastics. The half-inch width provides excellent beam strength for straight cuts and larger radius curves, whilst the skip...