Our bimetallic layers Bernex offers you a whole range of different armor layers, which cover all areas of wear.
A110 - simple protection from abrasion The standard bimetallic coat. You can double the life of a barrel by changing from a nitrided steel to a bimetallic one. HRC hardness:: 58 - 65 Applications: For plastics with a filler content of up to 10% (fibres and minerals) Typical plastics: ASA, ABS, CAP, PP (normal), PA, PETP Datasheet A110
A110 - simple protection from abrasion The standard bimetallic coat. You can double the life of a barrel by changing from a nitrided steel to a bimetallic one. HRC hardness:: 58 - 65 Applications: For plastics with a filler content of up to 10% (fibres and minerals) Typical plastics: ASA, ABS, CAP, PP (normal), PA, PETP Datasheet A110
AC333 - good protection from abrasion and corrosion With this multi-functional layer in terms of abrasion and corrosion you will have no problems in processing plastics with up to 20% glass fibres and slightly corrosive properties such as types of PA). HRC hardness: 62 - 69 Applications: Filled plastics up to 20%, except plastics containing halogens Typical plastics: AMMA, PE, ASA, PC, PI, PB mit Zusätzen, MF, PET (P), PBT (P), UF Datasheet AC333
AC333 - good protection from abrasion and corrosion With this multi-functional layer in terms of abrasion and corrosion you will have no problems in processing plastics with up to 20% glass fibres and slightly corrosive properties such as types of PA). HRC hardness: 62 - 69 Applications: Filled plastics up to 20%, except plastics containing halogens Typical plastics: AMMA, PE, ASA, PC, PI, PB mit Zusätzen, MF, PET (P), PBT (P), UF Datasheet AC333
C242 - complete protection from corrosion No chance of corrosion problems if you use this low-iron nickel-based lining. HRC hardness: 48-56 Application: Processing any plastics that are corrosive Typical plastics: PVC, PUR, fluorine plastics Datasheet C242
C242 - complete protection from corrosion No chance of corrosion problems if you use this low-iron nickel-based lining. HRC hardness: 48-56 Application: Processing any plastics that are corrosive Typical plastics: PVC, PUR, fluorine plastics Datasheet C242
ACW800 - maximum protection properties By physically mixing tungsten carbides into a nickel matrix we produce a bimetallic layer giving above-average combined protection from abrasion and corrosion. HRC hardness: 58 - 66 Applications: Processing any corrosive and highly-filled plastics Typical plastics: Fibreglass-filled ABS; cadmium-filled PE; fibreglass-filled SAN; PA / filled PBT (P) Datasheet ACW800
ACW800 - maximum protection properties By physically mixing tungsten carbides into a nickel matrix we produce a bimetallic layer giving above-average combined protection from abrasion and corrosion. HRC hardness: 58 - 66 Applications: Processing any corrosive and highly-filled plastics Typical plastics: Fibreglass-filled ABS; cadmium-filled PE; fibreglass-filled SAN; PA / filled PBT (P) Datasheet ACW800
