“BORDO Reciprocating Saw Blade Set” has been added to your cart. View cart
BORDO Bi-Metal Tungsten Carbide Grit Edge
Masonry, Stone and Tiles.
Masonry, stone and composites up to 100mm.
Carbide grit particles are permanently bonded to an alloy steel blade.
TCG reciprocating saw blades are designed to cut materials that standard blades won’t even scratch.
They are ideal for cutting hardened steel chain and bolts as well as ceramic tiles, stranded cable, hydraulic hose and even concrete block and pavers.
When using TCG recip blades to cut masonry products it is best to use a sawing action to help clear material from the cut to maximise blade efficiency.
Ultra thin 1.2mm kerf removes less material for super fast cutting and reduced wastage.
The serrated edge is designed to give the blade faster cutting speeds while maintaining a smooth cut, combining the best qualities from both segmented and continuous rim blades.
Extreme concentration of diamond for fast, clean cutting and long blade life.
8mm segment height provides the benefits of fast cutting with maximum control for superior cut accuracy.
Can be used for either wet or dry cutting. Extended blade life will be experienced with wet cutting.
Ideal for use in tile saws and angle grinders.
Fast cutting with reduced chipping.
Use when cutting porcelain, ceramic tiles, vitrified tiles, glazed tiles, terracotta, granite, marble, slate, limestone and sandstone.
(0 reviews)
Add to Quote
This product has multiple variants. The options may be chosen on the product page
High performance, tungsten carbide tipped timber blades from 160mm to 305mm.
Heavy duty anti-kickback tooth shoulders provide optimum support to the cutting tips ensuring maximum performance, extended blade life and safer cutting.
Fully hardened and tempered steel body resists warping even in the most demanding applications.
High performance diamond ground carbide teeth for improved cutting efficiency.
Designed for optimum performance and long blade life when cutting engineered woods such as hardwood ply and form ply.