Drahtfaser
Drahtfasern

Wire
fibres

Wire fibresThe right wire for industrial floors, concrete precast elements, residential construction, and tunnel construction

It's hard to imagine industrial floors, concrete precast elements, residential construction, and tunnel construction areas without fibre concrete. It's no wonder as working wire fibres is extremely time-saving and, thanks to its positive properties of better shear behaviour and increased ductility, fibre concrete delivers the perfect results.

At KrampeHarex® the wire is drawn at our own factories and then, depending on the desired geometry, cut to length and equipped with an anchor or corrugated geomentry.

The fibre geometry always depends on the respective application. In industrial floors and residential construction, fibre types with slenderness (relation between length and diameter) of 50 to 60 have proven effective. For this application, the fibres are mixed directly in the mixer, while slenderness values exceeding 70 are dosed out using injection devices. For higher concrete qualities it is also necessary to increase the tensile strength of the wire fibres. Here middle- or high-strength fibres can be used.

 

 

Your results for:

wire fibre / Display PDF

Product Length (mm) Diameter Material specification Usage PDF
DE 25/0,4 ‑ E 304 25 0,40 Stainless steel (304) refactory
DE 25/0,4 ‑ E 309 25 0,40 Stainless steel (309) refactory
DE 25/0,4 ‑ E 310 25 0,40 Stainless steel (310) refactory
DE 25/0,4 ‑ E 314 25 0,40 Stainless steel (314) refactory
DE 25/0,4 ‑ E 316 25 0,40 Stainless steel (316) refactory
DE 25/0,4 ‑ E 430 25 0,40 Stainless steel (430) refactory
DE 25/0,4 ‑ E 446 25 0,40 Stainless steel (446) refactory
DE 25/0,5 ‑ E 304 25 0,50 Stainless steel (304) refactory
DE 25/0,40 H 25 0,40 High tensile strength
DE 25/0,40 N 25 0,40 Normal tensile strength refactory
DE 25/0,50 N 25 0,50 Normal tensile strength refactory
DE 25/0,55 ‑ E 446 25 0,55 Stainless steel (446) refactory
DE 25/0,55 N 25 0,55 Normal tensile strength refactory
DE 25/0,60 N 25 0,60 Normal tensile strength refactory
DE 30/0,4 ‑ E314 30 0,40 Stainless steel (314)
DE 30/0,5 ‑ E 304 30 0,50 Stainless steel (304) Spray concrete refactory
DE 30/0,5 ‑ E 310 30 0,50 Stainless steel (310) Spray concrete refactory
DE 30/0,5 ‑ E 314 30 0,50 Stainless steel (314) Spray concrete refactory
DE 30/0,5 ‑ E 330 30 0,5 Stainless steel (330)
DE 30/0,5 ‑ E 330 30 0,5 Stainless steel
DE 30/0,5 ‑ E 430 30 0,50 Stainless steel (430) Spray concrete refactory
DE 30/0,6 ‑ E 304 30 0,60 Stainless steel (304) Spray concrete refactory
DE 30/0,50 N 30 0,50 Normal tensile strength Spray concrete Precast elements
DE 30/0,55 N 30 0,55 Normal tensile strength
DE 30/0,60 N 30 0,60 Normal tensile strength Spray concrete Precast elements
DE 30/0,80 N 30 0,80 Normal tensile strength
DE 35/0,55 H 35 0,55 High tensile strength
DE 35/0,55 M 35 0,55 Medium tensile strength
DE 35/0,55 N 35 0,55 Normal tensile strength Spray concrete
DE 35/0,60 N 35 0,60 Normal tensile strength Spray concrete
DE 35/0,70 N 35 0,70 Normal tensile strength Spray concrete
DE 35/0,75 N 35 0,75 Normal tensile strength Spray concrete
DE 35/0,90 N 35 0,90 Normal tensile strength
DE 45/0,8 N 45 0,8 Normal tensile strength
DE 45/1,0 N 45 1,0 Normal tensile strength
DE 50/0,7 N 50 0,7 Normal tensile strength
DE 50/0,65 N 50 0,65 Normal tensile strength
DE 50/0,75 H 50 0,75 High tensile strength
DE 50/0,75 M 50 0,75 Medium tensile strength
DE 50/0,75 N 50 0,75 Normal tensile strength Industrial floor Residential construction
DE 50/0,80 M 50 0,80 Medium tensile strength
DE 50/0,80 MK 50 0,80 Copper-plated Industrial construction Residential construction
DE 50/0,80 N 50 0,80 Normal tensile strength
DE 50/0,80 NZ 50 0,80 Zinc-plated Corrosive environment
DE 50/0,90 N 50 0,90 Normal tensile strength Industrial floor Residential construction
DE 50/1,0 ‑ E 304 50 1,00 Stainless steel (304)
DE 50/1,00 H 50 1,00 High tensile strength Precast elements
DE 50/1,00 M 50 1,00 Medium tensile strength
DE 50/1,00 MK 50 1,00 Copper-plated Industrial construction Residential construction
DE 50/1,00 N 50 1,00 Normal tensile strength Industrial floor Residential construction
DE 50/1,00 NZ 50 1,00 Zinc-plated Corrosive environment
DE 60/0,9 M 60 0,90 Medium tensile strength
DE 60/0,9 MZ 60 0,90 Zinc-plated
DE 60/0,9 UZ 60 0,90 Zinc-plated
DE 60/0,75 H 60 0,75 High tensile strength
DE 60/0,75 M 60 0,75 Medium tensile strength
DE 60/0,75 N 60 0,75 Normal tensile strength Industrial floor Residential construction
DE 60/0,80 H 60 0,80 High tensile strength Precast elements
DE 60/0,80 M 60 0,80 Medium tensile strength Precast elements
DE 60/0,80 MK 60 0,80 Copper-plated Industrial construction Residential construction
DE 60/0,80 NZ 60 0,80 Zinc-plated Corrosive environment
DE 60/0,90 H 60 0,90 High tensile strength Precast elements
DE 60/0,90 H 60 0,90 High tensile strength Precast elements
DE 60/0,90 N 60 0,90 Normal tensile strength Industrial floor Residential construction
DE 60/1,0 ‑ E 304 60 1,00 Stainless steel (304)
DE 60/1,0 ‑ E 430 60 1,00 Stainless steel (430)
DE 60/1,00 H 60 1,00 High tensile strength Precast elements
DE 60/1,00 M 60 1,00 Medium tensile strength Industrial construction Residential construction
DE 60/1,00 MK 60 1,00 Copper-plated Industrial construction Residential construction
DE 60/1,00 N 60 1,00 Normal tensile strength Industrial floor Residential construction
DE 60/1,00 NZ 60 1,00 Zinc-plated Corrosive environment
DE 60/1,20 MK 60 1,20 Copper-plated Industrial construction Residential construction
Product Length (mm) Diameter Material specification Usage PDF
DG 6/0,20 ‑ E 304 6 0,20 Stainless steel (304)
DG 12,5/0,2 ‑ E304 12,5 0,20 Stainless steel (304)
DG 12,5/0,2 ‑ E 316 12,5 0,2 Stainless steel
DG 12,5/0,3 12,5 0,30 High tensile strength
DG 12,5/0,3‑E 304 12,5 0,30 Stainless steel (304) refactory
DG 12,5/0,3‑E 316 12,5 0,30 Stainless steel (316) refactory
DG 12,5/0,4‑E 301 12,5 0,40 Stainless steel (301) refactory
DG 12,5/0,4‑E 304 12,5 0,40 Stainless steel (304) refactory Drinking water infrastructure
DG 12,5/0,4‑E 309 12,5 0,40 Stainless steel (309) refactory
DG 12,5/0,4‑E 314 12,5 0,40 Stainless steel (314) refactory
DG 12,5/0,4‑E 316 12,5 0,40 Stainless steel (316) refactory
DG 12,5/0,4‑E 430 12,5 0,40 Stainless steel (430) refactory
DG 12,5/0,40 N 12,5 0,40 Normal tensile strength Security technology
DG 12,5/0,50 N 12,5 0,50 Normal tensile strength Security technology
DG 13/0,2 ‑ E 316 13 0,2 Stainless steel
DG 13/0,3 ‑ E 430 13 0,30 Stainless steel (430)
DG 14/0,2 ‑ E 304 14 0,20 Stainless steel (304)
DG 16/0,4‑E 430 16 0,40 Stainless steel (430)
DG 16/0,40 N 16 0,40 Normal tensile strength Security technology
DG 20/0,30 20 0,30 Normal tensile strength
DG 20/0,30 ‑ E 304 20 0,30 Stainless steel (304)
DG 25/0,4 ‑ E 304 25 0,40 Stainless steel (304) refactory
DG 25/0,4 ‑ E 309 25 0,40 Stainless steel (309) refactory
DG 25/0,4 ‑ E 310 25 0,40 Stainless steel (310) refactory
DG 25/0,4 ‑ E 314 25 0,40 Stainless steel (314) refactory
DG 25/0,4 ‑ E 430 25 0,40 Stainless steel (430) refactory
DG 25/0,4 ‑ E 446 25 0,40 Stainless steel (446) refactory
DG 25/0,40 N 25 0,40 Normal tensile strength Security technology
Product Length (mm) Diameter Material specification Usage PDF
DM 6/0,20 6 0,175/0,200 Coating approx 8,5 g/m²
DM 6/0,175 6 0,175/0,200 Coating approx 8,5 g/m² Security technology ultra high compressive concrete (UHPC)
DM 8/0,175 8 0,175/0,200 Coating approx 8,5 g/m² Security technology ultra high compressive concrete (UHPC)
DM 10/0,20 10 0,175/0,200 Coating approx 8,5 g/m²
DM 10/0,175 10 0,175/0,200 Coating approx 8,5 g/m² Security technology ultra high compressive concrete (UHPC)
DM 12,5/0,175 12,5 0,175/0,200 Coating approx 8,5 g/m²
DM 12,7/0,175 12,7 0,175/0,200 Coating approx 8,5 g/m² Security technology ultra high compressive concrete (UHPC)
DM 14/0,175 14 0,175/0,200 Coating approx 8,5 g/m²
Product Length (mm) Diameter Material specification Usage PDF
DW 20/1,0 N 20 1,00 Normal tensile strength
DW 38/1,00 N 38 1,00 Normal tensile strength Concrete precast elements
DW 50/1,00 N 50 1,00 Normal tensile strength Industrial construction Residential construction
DW 60/1,00 N 60 1,00 Normal tensile strength Industrial construction Residential construction

Pferdekamp 6-8 | 59075 Hamm | Germany
T+49 (0) 23 81.977977 | F +49 (0) 23 81.977955 info@krampeharex.com

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