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Send EmailTechnical Textile Inner Lining, Fire-Lining 120, Fire-Blocker 110 RS
An inner lining (or woven lining) is a fabric used on the interior surface of protective garments, industrial textiles, or composite structures. It typically comes into direct contact with the skin or with inner layers. The primary functions of inner linings are:
Thermal Comfort: Regulates body temperature, absorbs and wicks away perspiration.
Flame Resistance: Provides protection against fire, arc flash, or heat through FR (Flame Retardant) properties.
Antistatic Protection: Prevents static electricity build‑up, ensuring safety in explosive environments.
Mechanical Strength: Offers resistance to tearing, abrasion, and friction.
Skin‑Friendliness: Must be soft, non‑irritating, and hypoallergenic.
The products listed in your table are woven inner linings, specifically engineered for high‑risk sectors such as firefighting, petrochemicals, electrical utilities, and military applications.
Fibre Types and Their Meanings:
Viscose FR (Flame Retardant Viscose): Derived from natural cellulose but chemically treated to be non‑flammable. Excellent moisture absorption, soft and comfortable against the skin. Does not form molten residue when burning.
Meta‑aramid (e.g. Nomex®): Heat‑ and flame‑resistant synthetic fibre. Stable up to 370 °C, does not melt or drip. Provides the core heat and flame resistance.
Para‑aramid (e.g. Kevlar®): High‑strength fibre. Offers superior cut, tear and abrasion resistance. Usually added in smaller proportions.
Antistatic Additive: Achieved with carbon or conductive fibres. Allows static electricity to dissipate safely.
Weave Types:
1/1 Plain Weave: The simplest and most common weave. Each weft yarn passes over and under each warp yarn. Produces a stable, relatively thin and strong fabric.
Ripstop Weave: Reinforced with thicker yarns at regular intervals (usually square or diamond pattern). If a tear starts, it stops at the reinforced cross‑points. Provides high tear resistance with low weight.
| Code | Name | Composition | Weave Type | Weight (g/m²) | Width (cm) | Description & Best Use |
|---|---|---|---|---|---|---|
| 6000 | Fire‑Lining 120 | 50% Viscose FR – 45% Meta‑aramid – 5% Para‑aramid | 1/1 Plain | 120 | 160 | High Viscose FR content makes this lining very soft and comfortable against the skin. Good moisture absorption. The meta‑ and para‑aramid combination provides reliable heat and flame resistance. Applications: Thermal liners for firefighter turnout gear (between the outer shell and moisture barrier), flame‑resistant workwear linings, military and police tactical suits. At 120 g/m² it is a medium‑weight, four‑season liner. |
| 6001 | Fire‑Blocker 110 RS | 93% Meta‑aramid – 5% Para‑aramid – 2% Antistatic | 1/1 Plain Ripstop | 110 | 160 | Very high meta‑aramid content gives outstanding heat and flame resistance. The 2% antistatic component (usually carbon fibre) is critical for explosive or static‑sensitive environments. Ripstop weave provides excellent tear strength despite the low weight. Applications: Arc flash protective clothing (NFPA 70E, IEC 61482), hazardous area workwear (ATEX), oil & gas refineries, chemical plants, lightweight high‑performance inner liners for fire‑rescue teams. |
Comparison Note:
6000 is comfort‑oriented: the high viscose content ensures breathability and comfort during prolonged wear.
6001 is performance‑oriented: maximum heat resistance, tear strength, and antistatic properties; however, the hand feel is slightly more synthetic than 6000.
The provided catalogue only includes codes 6000 and 6001. Based on typical product ranges, the following potential items might exist (but are not listed in the current catalogue):
| Possible Code | Hypothetical Construction | Use Case |
|---|---|---|
| 6002 | 100% Meta‑aramid, plain weave, 150 g/m² | Economical high‑heat resistance (industrial furnace gloves) – lower comfort. |
| 6003 | 70% Viscose FR – 30% Para‑aramid, ripstop, 180 g/m² | Heavy industrial garments requiring high abrasion and cut resistance. |
| 6004 | 50% Meta‑aramid – 50% Modacrylic FR, 100 g/m² | Very lightweight summer flame‑resistant liners. |
| 6005 | Aluminium‑laminated aramid lining | Additional radiant heat protection (metallurgy, glass industry). |
These codes may belong to a different product family or an outdated catalogue. For confirmation, contact the manufacturer directly.
These woven lining fabrics are essential components of protective clothing across various industries.
Structural Firefighting Turnout Gear: Outer shell, moisture barrier, and thermal liner – the thermal liner is often a fabric similar to 6000.
Wildland Firefighting Clothing: Lighter, breathable liners (ripstop variants like 6001).
Proximity Firefighting Suits: Aluminium outer layer with a high‑heat‑resistant inner lining (e.g. 6001).
Arc Flash Protective Clothing: Compliant with NFPA 70E and IEC 61482. Antistatic liners (6001) are critical.
Linemen & Utility Workers: Lightweight, flexible arc‑rated linings.
Substation & Switchgear Personnel.
Refinery & Petrochemical Plants: Antistatic and flame‑retardant liners (6001) for environments with flammable gases and vapours.
Offshore Platforms: Liners resistant to salt spray, moisture, and flame.
Tanker & Chemical Transport Drivers.
Combat Vehicle Crew Underwear / Liners: Flame protection that also functions as a base layer under ballistic vests.
Pilot & Air Force Flight Suits: Nomex®‑based inner linings.
Mine Clearance Teams: Blast‑resistant liners.
Welding Jackets & Sleeves: Outer layer of leather or aramid, inner lining such as 6000 for comfort.
Foundry & Steel Workers: Multi‑layer system with a high‑comfort inner liner.
Glass Industry (furnace operators).
Racing Driver Suits (Formula 1, Le Mans, NASCAR): FIA 8856‑2018 standard – high‑performance aramid inner liners similar to 6001.
Motorcycle Protective Gear: Abrasion‑resistant outer shell with a flame‑resistant inner liner.
Public Transport Seating (buses, trains, aircraft) – can use flame‑retardant inner linings as part of upholstery.
Paramedic / EMS Protective Coveralls: Additional flame protection alongside chemical/biological barriers.
Ambulance Crew lightweight FR liners.