CS 565 Fibre discs for Stainless steel, Steel, Metals

Properties
Bonding agent Resin
Grain Zirconia alumina
Coating Close
Materials
Stainless steel
Steel
Metals
Applications
Metal construction
Stainless steel processing industry
Steel construction

Ideal for rough grinding applications – the Klingspor fibre discs CS 565

The fibre discs CS 565 by Klingspor allows for quick and effective work - especially during rough grinding applications. Distinguished by a high level of aggressiveness and an outstanding price/performance ratio, these discs are a particularly good choice for use on

  • steel,
  • metal and stainless steel and
  • other types of metal.

The CS 565 is available with a variety of grits, hole types and different diameters.

Aggressive and self-sharpening: the abrasive grain made of zirconia alumina

The Klingspor fibre discs CS 565 come with an abrasive grain made of zirconia alumina. This grain is exceedingly tough and hard and possesses a uniform crystalline structure. As they are self-sharpening, the discs are sure to deliver perfect grinding results over a long period of time. All types of abrasive grains used by Klingspor are made synthetically. This manufacturing process ensures that the products retain their properties and deliver consistently excellent quality over the course of their service life. The close coating of the blue abrasive material ensures a high removal rate as it covers nearly the entire surface of the fibre discs CS 565 with abrasive grain. Better still, the high coating density also guarantees a long service life. The coating combined with the self-sharpening zirconia alumina grain lets the user process steel, metal and stainless steel with minimal material use and, thus, at extra low cost.

The top coat: solid synthetic resin with great adhesive force

Just like any other abrasive made under the Klingspor brand, the fibre discs CS 565 come equipped with a synthetic resin top coat. Its high adhesive force creates a tight bond between the backing and the abrasive grain. The top coat made of solid synthetic resin also supports the abrasive grain while being subjected to the lateral forces generated during grinding. Klingspor applies laser technology and product-accompanying weight measurements to verify the uniformity of the top coat. This level of dedication invested in the top coat is just another testimony to the exquisite quality of every single Klingspor product.

Available grits
16 24 30 36 40 50 60 80 100 120 150 180 220 240 280 320 360 400 500 600 800 1000 1200 1500 2000 2500 3000
Reset filters
Diameter/mm Bore/mm Grit Vmax m/s Max. RPM Coated abrasives Type bore shape Holding device
100
Diameter
16
Bore
80
Grit
80
Vmax
15.300
Max. RPM
CS 565
Coated abrasives Type
round hole
bore shape
Holding device
115
Diameter
22
Bore
100
Grit
80
Vmax
13.300
Max. RPM
CS 565
Coated abrasives Type
star shaped hole
bore shape
Holding device
125
Diameter
22
Bore
100
Grit
80
Vmax
12.200
Max. RPM
CS 565
Coated abrasives Type
star shaped hole
bore shape
Holding device
125
Diameter
22
Bore
80
Grit
80
Vmax
12.200
Max. RPM
CS 565
Coated abrasives Type
round hole
bore shape
Holding device
125
Diameter
22
Bore
80
Grit
80
Vmax
12.200
Max. RPM
CS 565
Coated abrasives Type
star shaped hole
bore shape
Holding device
100
Diameter
16
Bore
36
Grit
80
Vmax
15.300
Max. RPM
CS 565
Coated abrasives Type
round hole
bore shape
Holding device
115
Diameter
22
Bore
40
Grit
80
Vmax
13.300
Max. RPM
CS 565
Coated abrasives Type
star shaped hole
bore shape
Holding device
125
Diameter
22
Bore
40
Grit
80
Vmax
12.200
Max. RPM
CS 565
Coated abrasives Type
star shaped hole
bore shape
Holding device
180
Diameter
22
Bore
40
Grit
80
Vmax
8.500
Max. RPM
CS 565
Coated abrasives Type
star shaped hole
bore shape
Holding device
115
Diameter
22
Bore
36
Grit
80
Vmax
13.300
Max. RPM
CS 565
Coated abrasives Type
X-LOCK
bore shape
X-LOCK
Holding device
115
Diameter
22
Bore
24
Grit
80
Vmax
13.300
Max. RPM
CS 565
Coated abrasives Type
X-LOCK
bore shape
X-LOCK
Holding device
115
Diameter
22
Bore
40
Grit
80
Vmax
13.300
Max. RPM
CS 565
Coated abrasives Type
X-LOCK
bore shape
X-LOCK
Holding device
125
Diameter
22
Bore
80
Grit
80
Vmax
12.200
Max. RPM
CS 565
Coated abrasives Type
X-LOCK
bore shape
X-LOCK
Holding device
125
Diameter
22
Bore
60
Grit
80
Vmax
12.200
Max. RPM
CS 565
Coated abrasives Type
X-LOCK
bore shape
X-LOCK
Holding device
125
Diameter
22
Bore
40
Grit
80
Vmax
12.200
Max. RPM
CS 565
Coated abrasives Type
X-LOCK
bore shape
X-LOCK
Holding device
125
Diameter
22
Bore
24
Grit
80
Vmax
12.200
Max. RPM
CS 565
Coated abrasives Type
X-LOCK
bore shape
X-LOCK
Holding device
115
Diameter
22
Bore
80
Grit
80
Vmax
13.300
Max. RPM
CS 565
Coated abrasives Type
X-LOCK
bore shape
X-LOCK
Holding device
115
Diameter
22
Bore
60
Grit
80
Vmax
13.300
Max. RPM
CS 565
Coated abrasives Type
X-LOCK
bore shape
X-LOCK
Holding device
125
Diameter
22
Bore
36
Grit
80
Vmax
12.200
Max. RPM
CS 565
Coated abrasives Type
X-LOCK
bore shape
X-LOCK
Holding device
125
Diameter
22
Bore
36
Grit
80
Vmax
12.200
Max. RPM
CS 565
Coated abrasives Type
round hole
bore shape
Holding device
115
Diameter
22
Bore
36
Grit
80
Vmax
13.300
Max. RPM
CS 565
Coated abrasives Type
round hole
bore shape
Holding device
115
Diameter
22
Bore
60
Grit
80
Vmax
13.300
Max. RPM
CS 565
Coated abrasives Type
round hole
bore shape
Holding device
115
Diameter
22
Bore
80
Grit
80
Vmax
13.300
Max. RPM
CS 565
Coated abrasives Type
round hole
bore shape
Holding device
180
Diameter
22
Bore
36
Grit
80
Vmax
8.500
Max. RPM
CS 565
Coated abrasives Type
round hole
bore shape
Holding device
180
Diameter
22
Bore
36
Grit
80
Vmax
8.500
Max. RPM
CS 565
Coated abrasives Type
star shaped hole
bore shape
Holding device
180
Diameter
22
Bore
60
Grit
80
Vmax
8.500
Max. RPM
CS 565
Coated abrasives Type
round hole
bore shape
Holding device
180
Diameter
22
Bore
80
Grit
80
Vmax
8.500
Max. RPM
CS 565
Coated abrasives Type
round hole
bore shape
Holding device
125
Diameter
22
Bore
60
Grit
80
Vmax
12.200
Max. RPM
CS 565
Coated abrasives Type
round hole
bore shape
Holding device
125
Diameter
22
Bore
36
Grit
80
Vmax
12.200
Max. RPM
CS 565
Coated abrasives Type
star shaped hole
bore shape
Holding device
115
Diameter
22
Bore
36
Grit
80
Vmax
13.300
Max. RPM
CS 565
Coated abrasives Type
star shaped hole
bore shape
Holding device
115
Diameter
22
Bore
60
Grit
80
Vmax
13.300
Max. RPM
CS 565
Coated abrasives Type
star shaped hole
bore shape
Holding device
115
Diameter
22
Bore
80
Grit
80
Vmax
13.300
Max. RPM
CS 565
Coated abrasives Type
star shaped hole
bore shape
Holding device
180
Diameter
22
Bore
60
Grit
80
Vmax
8.500
Max. RPM
CS 565
Coated abrasives Type
star shaped hole
bore shape
Holding device
180
Diameter
22
Bore
80
Grit
80
Vmax
8.500
Max. RPM
CS 565
Coated abrasives Type
star shaped hole
bore shape
Holding device
125
Diameter
22
Bore
60
Grit
80
Vmax
12.200
Max. RPM
CS 565
Coated abrasives Type
star shaped hole
bore shape
Holding device
100
Diameter
16
Bore
60
Grit
80
Vmax
15.300
Max. RPM
CS 565
Coated abrasives Type
round hole
bore shape
Holding device
115
Diameter
22
Bore
50
Grit
80
Vmax
13.300
Max. RPM
CS 565
Coated abrasives Type
star shaped hole
bore shape
Holding device
180
Diameter
22
Bore
50
Grit
80
Vmax
8.500
Max. RPM
CS 565
Coated abrasives Type
star shaped hole
bore shape
Holding device
125
Diameter
22
Bore
50
Grit
80
Vmax
12.200
Max. RPM
CS 565
Coated abrasives Type
star shaped hole
bore shape
Holding device
115
Diameter
22
Bore
24
Grit
80
Vmax
13.300
Max. RPM
CS 565
Coated abrasives Type
round hole
bore shape
Holding device
115
Diameter
22
Bore
24
Grit
80
Vmax
13.300
Max. RPM
CS 565
Coated abrasives Type
star shaped hole
bore shape
Holding device
180
Diameter
22
Bore
24
Grit
80
Vmax
8.500
Max. RPM
CS 565
Coated abrasives Type
star shaped hole
bore shape
Holding device
125
Diameter
22
Bore
24
Grit
80
Vmax
12.200
Max. RPM
CS 565
Coated abrasives Type
star shaped hole
bore shape
Holding device
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