Welcome to Würth Germany For trade customers only Contact +49 7940 15-2400
Sabre saw blade, construction, three stars For brick/aerated concrete
Sabre saw blade, construction, three stars For brick/aerated concrete - 1
Sabre saw blade, construction, three stars For brick/aerated concrete - 2
Sabre saw blade, construction, three stars For brick/aerated concrete - 3
Sabre saw blade, construction, three stars For brick/aerated concrete - 4
Sabre saw blade, construction, three stars For brick/aerated concrete - 5
Sabre saw blade, construction, three stars For brick/aerated concrete - 6
Sabre saw blade, construction, three stars For brick/aerated concrete - 7

The images are examples. For detailed information, other images and documents, please select individual articles from the following table.

Sabre saw blade, construction, three stars For brick/aerated concrete

For cutting lightweight building materials such as bricks, aerated concrete and cement materials

See product details

Available in 4 versions

Exclusively for trade customers

Register now and access more than 125,000 products

Variants

  • Very coarse tooth pitch for quick cutting results

  • Wide body and thick wall thickness for high stability

  • Cutting depth limitation for less tear-out and safe working (anti-recoil effect).
Notice

Further technical information can be found on the packaging of the product.



Brick statics


  • Compressive strength:

Compressive strength is the breaking load in N/mm², based on the total bearing surface (pressure area including perforation cross-section). The bricks are categorised in strength classes according to DIN 105 based on the loadability until breakage recorded during the test.
  • Strength classes:

Strength classes for bricks are defined in DIN 105. The classification is divided into levels from 2–28. High-strength bricks and clinkers can also have considerably higher strengths. Heat-insulating Poroton bricks achieve strength classes of 6–12. The strength class of the brick alone does not provide information on the load-bearing capacity of the masonry, but rather produces a value for the masonry compressive strength together with the mortar used.