CT-APEX-HRSA_CT-PRIME-HRSA_ph
20231019_173049
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CT-APEX® HRSA

PRODUCT LEVEL 2
GEOMETRY HRSA
≥ 120 mm
BELT WIDTH
41x1,3 - 80x1,6 mm
BREAK-IN

CT-APEX® HRSA

CARBIDE BANDSAW BLADE FOR STRAIN HARDENED, DIFFICULT TO CUT MATERIALS; INTENDED FOR THE AEROSPACE, ENERGY, OIL & GAS, CHEMICAL AND PETROCHEMICAL SECTORS

 

CHARACTERISTICS

  • Special uncoated carbide blade for high efficiency cutting of heat-resistant superalloys
  • BREAK-IN treatment of carbide teeth
  • Microwire carbide teeth
  • HRSA geometry and quality of carbide tips designed to withstand maximum cutting forces and high wear on the cutting edge
  • Can be used on new or factory rebuilt machines
  • Reduced cutting resistance for high cutting rate at low blade speed for the relevant material
  • High-volume cutting and reduced cycle times

APPLICATIONS

  • All nickel and iron based HRSA alloys
  • Heat resistant duplex and superduplex steels
  • Titanium alloys

ADVANTAGES

  • Excellent potential with HRSA materials
  • Noticeable increase in cutting capacity
                      WIDTH X THICKNESS
TPI (TEETH PER INCH)
mm inch 2,0/3 1,4/2 1,3/1
41 x 1,3 1-5/8 x 0,050 HRSA
54 x 1,3 2-1/8 x 0,050 HRSA HRSA
54 x 1,6 2-1/8 x 0,063 HRSA HRSA
67 x 1,6 2-5/8 x 0,063 HRSA HRSA HRSA
80 x 1,6 3-1/8 x 0,063 HRSA HRSA
                          CONTACT LENGTH mm
120-250 250-400 400-800
CT-APEX® HRSA (UNCOATED)
CT-PRIME® HRSA (COATED)
Construction steel, Automatic steel
Carbon steel
Hardened and tempered steel
Hardened and tempered steel over 1200 N/mm2
Case hardening steel, harmonic steel
Bearing steel
Hot tool steel
Cold tool steel
High-speed steel
Ferritic stainless steel
Austenitic stainless steel
Martensitic stainless steel
Duplex and heat-resistant steel
Cast iron
Nickel alloys
Titanium alloys
Aluminium
Copper alloys
Aluminium bronze

 

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