Built to stop the splash
ArD3E3: a five-fibre construction — FR viscose, polyamide 6.6, wool, para-aramid and carbon fibre — in a 350 g/m² satin weave. Wool and the smooth satin face shed liquid metal before it can drive heat into the material.
Applications · Metallurgy and welding
Stopping molten metal
Stopping molten metal is one of the hardest tasks a fabric can be given. In a steel mill or a welding shop, molten-metal splash, sparks and radiant heat are the everyday working environment. So we engineered materials that take it on — from heavy welding satins to a five-fibre fabric built for molten-metal splash — to protect the health of the people who work closest to fire.
EN ISO 11611EN ISO 11612
What sets our metallurgy and welding fabrics apart
The heavyweight class of welding fabrics
Flame Pro T12 (450 g/m², 4:1 satin) and T13 (520 g/m², 5:2 satin): flame-retardant cotton with a smooth face that lets sparks and slag slide off — for the highest-exposure workstations.
Up to 100 washes with protection retained
Nine variants of the vat-dyed Flame Pro line: the weight matched to the workstation, from 220 to 520 g/m² — and a declared resistance of up to one hundred wash cycles that sets the cost of ownership, not the price per metre.
No melting in the harshest conditions
Aramid D0–D3, 150–260 g/m²: on contact with fire, aramid fibre chars at the surface while the material keeps its integrity — none of the secondary burns from molten polymer typical of ordinary synthetics. The D3 variant raises the para-aramid share to 23%.
Full protection that still breathes
Aramid Vis: 53% FR viscose in 150 and 250 g/m² wovens and in jersey, pique and fleece knits. Viscose wicks moisture during work in high temperatures — a base layer under the same FR regime as the outer garment.
Mechanical durability without compromise
The T30 and T31 variants: a 10% polyamide 6.6 share in flame-retardant cotton raises abrasion resistance in the zones that contact the structure — knees, forearms, thighs — without changing the flame-retardant regime.
Fabric families for metallurgy and welding
ArD3E3
54% CV FR · 20% PA 6.6 · 20% WO · 5% p-AR · 1% CF · 350 g/m² · Satin
The only fabric in the range dedicated to molten-metal splash protection — five fibres and a satin face that sheds liquid metal.
ArWoWear Flame Pro Satin
100% CO · 450–520 g/m² · 4:1 / 5:2 Satin
Heavy welding satins T12 and T13 — a smooth face that sheds sparks and slag; the heaviest weights in the line.
ArWoWear Flame Pro Twill
100% CO / CO-PES / CO-PA · 220–360 g/m² · 2:1S / 3:1S Twill
The core of the welding line: pure-cotton variants and blends with polyester and polyamide — all vat dyed, resistant to up to 100 washes.
Aramid D0–D3
93% m-AR · 5% p-AR · 2% CF · 150–260 g/m² · Plain / Twill
Inherently flame-retardant aramid fabrics — they do not melt on contact with heat. The D3 variant: 75% m-AR / 23% p-AR at 200 g/m².
Aramid Vis
53% CV FR · 40% m-AR · 5% p-AR · 2% CF · 150 / 250 g/m² · Plain / Twill
FR-viscose fabrics — breathable protection for layers under heavy garments and for lighter hot-work stations.
Aramid Vis Knit
53% CV FR · 40% m-AR · 5% p-AR · 2% CF · 220–300 g/m² · Jersey / Pique / Fleece
Jersey (ArSuprem), pique (ArShirt) and fleece (Ar3iplik) in Aramid Vis chemistry — the full set of base layers under one FR regime.
Tested to standards
EN ISO 11611EN ISO 11612EN ISO 13934-1EN ISO 105 C06
Send us your fabric specification.
Composition, weight, required standards, estimated volume — we respond with an offer, a technical data sheet and test results.