Arix high-performance diamond cutting disc Ø 230 mm for reinforced concrete

Arix diamond cutting disc concrete 230 mm x 3.0/1.8 x 12 mm x 22.23 mm with 15 long-life segments

42,54 €

Price plus VAT.Price incl. VAT. plus shipping

Brutto: 50,62 € Netto: 42,54 €

Delivery time: 1 - 3 Days

Manufacturer:

KERNLOCHBOHRER

Item no.:

7230

Scope of application

Concrete, reinforced concrete, exposed aggregate concrete, masonry, brick, hard and medium-hard clinker, granite, ceramics, interlocking paving, general building materials

Range of application

Wet and dry cutting

Weight total

706 g

Diameter

230 mm

Suitable for

Cut-off machine with max. 6,600 1/min

Ø Drill hole

22.23 mm

Arix high performance diamond cutting disc Ø 230 mm for reinforced concrete

The Arix high performance diamond cutting disc we offer has some excellent features that make it a superior choice for use in the construction industry. It measures 230 mm x 3.0/1.8 x 12 mm x 22.23 mm and has a segment height of 12 mm. With 15 long-life segments, it enables a smooth and even cut when cutting through different building materials.

The saw blade is manufactured by laser welding, which ensures the integrity of the segments and increases the service life of the product. It achieves very high durability and resistance to wear, which reduces the number of necessary maintenance and replacements.

The Diamond Arix technology used in the manufacture of our diamond cutting discs offers some significant advantages compared to conventional technologies. Thanks to a special arrangement of the diamond segments, Diamond Arix technology makes it possible to achieve a faster, smoother and more even cut. This increases the efficiency of the cutting process and reduces the number of adjustments and reworking required. It enables higher speeds and tougher conditions without loss of performance and service life.

Another feature that Diamond Arix technology offers is the use of cooling holes. These holes make it possible to improve heat dissipation during the cutting process, thereby lowering the temperature of the saw blade. This reduces the risk of damage to the tool due to overheating and increases the service life of the saw blade.