Due to the permanent technical development in coated paper through the last years it has to become more and more necessary to obtain coating blades with a longer life-time and special applications. Get in touch with this technology and try the improved coating blades with a ceramic or tungsten carbid coating on the top.
Please take further technical facts from our datasheet at the end of the page.
Coating Blades with Tungsten Carbid
Alloy No.:
1.1274 (AISI 1095)
Description:
C 100 S
Hardness:
HRC: 52 – 55
HV: 550 – 600
Tensile strength:
1800 – 2000 N/mm²
Length:
after your specification
Standard width in mm:
20 – 100
Standard thickness in mm:
0.305 / 0.381 / 0.40 / 0.457 / 0.508 / 0.60 / 0.635
Surface:
blue polished
Substrate:
Carbon steel
Lay:
Tungsten Carbid
Hardness Tungsten Carbid:
approx 1200 HV
Colour Tungsten Carbid:
silver
Alloy No.:
1.1274 (AISI 1095)
Description:
C 100 S
Hardness:
HRC: 52 – 55
HV: 550 – 600
Tensile strength:
1800 – 2000 N/mm²
Length:
after your specification
Standard width in mm:
20 – 100
Standard thickness in mm:
0.305 / 0.381 / 0.40 / 0.457 / 0.508 / 0.60 / 0.635
Surface:
greyish blue
Substrate:
Carbon steel
Lay:
Tungsten Carbid
Hardness Tungsten Carbid:
approx 1200 HV
Colour Tungsten Carbid:
silver
Alloy No.:
1.1274 (AISI 1095)
Description:
C 100 S
Hardness:
HRC: 52 – 55
HV: 550 – 600
Tensile strength:
1800 – 2000 N/mm²
Length:
after your specification
Standard width in mm:
10 – 200
Standard thickness in mm:
0.305 / 0.381 / 0.40 / 0.457 / 0.508 / 0.60 / 0.635
Surface:
bright polished
Substrate:
Carbon steel
Lay:
Tungsten Carbid
Hardness Tungsten Carbid:
approx 1200 HV
Colour Tungsten Carbid:
silver
Advantages of Coating Blades with Tungsten Carbid or Ceramic:
- high wear resistance
- very good surface structure of the coated paper
All Coating Blades are also available with a ceramic coating like Aluminium-Oxid (AL2O3) or Chrome-Oxid (Cr2O3).
Please note the following packaging references.
Our datasheet: Coating Blades with Tungsten Carbid
(09/2015)