Bandsaw blades for metal

For solid bars band widths from 13x0.65 - 80x1.6 mm Tool and structural steels Cast iron Aluminum/aluminum alloys Non-ferrous metals

- metals with tensile strength up to 1000 N/mm² - small and large solid materials - band widths from 27x0.9 - 80x1.6 mm

- Nickel-based alloys - Titanium, titanium alloys - Hardened and tempered steels (over 1000 N/mm² / 32 HRC) - Band widths from 27x0.9 - 80x1.6 mm

- Continuous operation in large sawmills and on large blocks - Band widths from 27x0.9 - 100x1.6 mm

High productivity due to exceptional cutting performance Continuous operation in large saws and on large blocks Hardened and tempered steels (over 1000 N/mm² / 32 HRC) Band widths from 27x0.9 - 100x1.6 mm

For profiles Band width from 13x0.65 - 67x1.6 mm Tool and structural steels Cast iron Aluminum/aluminum alloys Non-ferrous metals

for cutting non-ferrous metals foundry applications

- Aluminum parts from gravity and pressure casting - Copper and copper alloys - Band widths from 27x0.9 - 80x1.6 mm

Special blade for cutting rubber and metal composites Blade widths from 27x0.9 - 54x1.6 mm

- For solid bars and profiles - Band width from 27x0.9 - 67x1.6 mm - Steel resistant to rust and acids (ferritic) - Nickel-based alloys - Titanium, titanium alloys

- For solid bars and profiles - Band widths from 6x0.65 - 67x1.6 mm - Very good price-performance ratio

For solid bars Band width from 27x0.9 - 80x1.6 mm Tool steels Steel alloys

- It uses cubic boron nitride (CBN) as the cutting material. - Cubic boron nitride is the second hardest known material.

- Diamond, as the hardest material, can cut through almost all materials and alloys.