Manufacture of high temperature insulating textiles

Apronor > High temperature insulating textiles

Apronor offers a range of industrial, insulating and heat-resistant woven textiles with various treatments, in particular vermiculite and graphite impregnations, silicone, polyurethane or even PVC coatings and with aluminum lamination.

Insulation helps limit heat transfer and therefore reduce the amount of energy required to raise temperatures and protect adjacent materials from heat damage. Since the dangers of using asbestos were identified, several alternatives have been developed in situations where high temperatures are present. However, all technical textiles have one thing in common: providing textile solutions to the needs expressed by their users. Either they make it possible to produce finished products that could not be designed with other materials, or they provide a better solution than other materials from a technical or economic point of view.

Technical fabrics

Technical textiles are characterized by their specific technical skills and are intended for well-defined applications (insulation, waterproofing, impermeability, cut protection, electrical conductivity, etc.).

They provide a solution where flexibility of movement is needed, in situations where temperatures are extreme. Heat resistant materials capable of being made into fibers can be woven, braided, knitted or needled as needed.

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high temperature fabrics t°c

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Aramid fabrics

Aramid fabrics, which are also known under the trade name Kevlar® or Nomex®, are heat resistant up to +/- 250 ° C. They allow thermal and sound insulation of materials used in several fields and their use is very widespread in ballistic applications.

Aramid fabric is made of fibers that retain excellent mechanical properties at high temperatures. They can replace glass fibers and metal and find their applications in tires, ropes, bulletproof vests and special materials intended for industry.

Strengths

Low thermal expansion
High tensile strength
Good chemical and abrasion resistance
Great solidity

Applications

Aeronautics/Aerospace
Shipbuilding/Military/Ballistics
Automotive (Belts, etc.)
Sport/Ski slope/Water sports

Aramid fabrics

Plain weave aramid fabrics

Composition : 100 % para-aramid.

Reference	Composition	Weight (g / m²)	Width (mm)	Length (ml)	Armor	Thickness (mm)	Photo
TA220	100% KEVLAR	220	1000	50	Twill 2/1	0.6
TA325	100% PARA-ARAMID "virgin"	325	1000	50	Twill 3/1	0.75

Regenerated aramid fabrics

Composition : 100 % regenered para-aramid

Reference	Composition	Weight (g / m²)	Width (mm)	Length (ml)	Armor	Thickness (mm)	Photo
TA370	100% regenerated para-aramid	370	1550	50	Chevron	1.4
TA480	101% regenerated para-aramid	480	1000	50	Twill 2/2	1.25
TA600	102% regenerated para-aramid	600	1000	50	Twill 2/2	1.75

Preox / aramid fabrics

Preox and aramid fabrics for protective applications

Reference	Composition	Weight (g / m²)	Width (mm)	Length (ml)	Armor	Thickness (mm)	Photo
TPA240	70% PREOX / 30% PARA-ARAMID	240	1550	50	Twill 2/2	0.55
TPA400	70% PREOX / 30% PARA-ARAMID	400	1550	50	Twill 2/2	1.00
TPA640	70% PREOX / 30% PARA-ARAMID	640	1000	50	Taffeta	1.5

Silicone coated aramid fabrics

Aramid fabrics coated with a silicone coating on one or two sides provide resistance and impermeability to water and air.

Reference	Composition	Weight (g / m²)	Width (mm)	Length (ml)	Armor	Thickness (mm)	Photo
TA1200-2-SI	PARA ARAMID REGENERATED + 2 SIDES BLACK SILICONE	1200	1000	50	2/2 twill	1.9

Coated polyurethane aramid fabrics

These aramid fabrics have a polyurethane coating applied to their surface in order to modify their technical characteristics and appearance. The coating gives them the following characteristics: stain resistance, impermeability, abrasion resistance, antistatic, etc.

Reference	Composition	Weight (g / m²)	Width (mm)	Length (ml)	Armor	Thickness (mm)	Photo
TA560-1-PU	PARA ARAMID REGENERATED + 1 SIDE GRAY POLYURETHANE	560	1000	50	2/2 twill	1.25

Aluminized aramid fabrics

The aluminized aramid fabrics are intended for the manufacture of protective clothing and thermal insulation for example.

Reference	Composition	Weight (g / m²)	Width (mm)	Length (ml)	Armor	Thickness (mm)	Photo
TA470-1-AL	PARA ARAMID REGENERATED + 1 SIDE ALUMINUM	460	1500	50	Chevron	1.1
TA690-1-AL	PARA ARAMID REGENERATED + 1 SIDE ALUMINUM	690	1000	50	Twill 2/2	1.65
TA550-2-AL	PARA ARAMID REGENERATED + 2 SIDED ALUMINUM	550	1500	50	Chevron	1.1
TPA480-1-AL	70% PREOX / 30% PARA ARAMID + 1 SIDE ALUMINUM	480	1500	50	Twill 2/2	0.9
TPA730-1-AL	30% PARA ARAMID + 1 SIDE ALUMINUM	730	1000	50	Taffeta	1.4

Carbon fabrics

Carbon fiber is a fabric made from a polymer that undergoes high temperature treatment, oxidation and carbonization. Composed of composite fibers and carbon atoms, carbon fabric is used to reinforce composite materials for applications requiring high mechanical strength at low weight. These fabrics use fibers produced under strictly controlled conditions and are subjected to numerous tests in accordance with a strict quality charter.

Strengths

Very high tensile and compressive strength
Flexibility, adaptability & rigidity
Electrical and thermal conductivity
Chemical resistance and good abrasion resistance
Good resistance to humidity

Applications

Aeronautic and space industry
Competition vehicle
Sports equipment (boats, oars, sports bows, arrows, rackets, etc.)

Tissus carbone

Reference	Composition	Weight (g / m²)	Width (mm)	Length (ml)	Armor	Wire	Sales packaging
98130	Carbon fiber	163	1000/1250	100	Cloth	3K	Roller
98131	Carbon fiber	163	1000/1250	100	Twill 2/2	3K	Roller
98140	Carbon fiber	204	1000/1250	100	Cloth	3K	Roller
98141	Carbon fiber	204	1000/1250	100	Twill 2/2	3K	Roller

Glass grids

The glass grid is made from fiberglass.

Strengths

Alkali resistant
High temperature resistant
Possible colors

Applications

Structural reinforcement
Heat insulation
Thermal insulation

Reference	Composition	Weight (g / m²)	Width (mm)	Length (ml)	Number of warp threads	Number of weft threads
970	Fiberglass	97	1000	100	10.1 / cm	5.5 / cm
780	Fiberglass	78	1000	100	12 / cm	7.5 / cm
710	Fiberglass	71	1000	100	4.88 / cm	3.8 / cm
659	Fiberglass	57	1000	25-1000 ml	7.5 / cm	3.75 / cm
1450	Fiberglass	145	1000	100	1.4 / cm	1.4 / cm

Glass fabrics

Glass fabrics are made from a fiberglass that withstands temperatures up to 800°C. Likewise, it is incombustible and thanks to its chemical resistance, it is ideal for specific industrial applications.

Strengths

Incombustible
Temperature resistance
Insulating
Natural material
Ecologically pure and harmless to human health

Applications

Foundry
Thermal insulation and heat insulation
Steel industry
Glass industry
Heat protection

Caramelized glass fabrics

The caramelized glass fabric undergoes a desizing treatment which caramelizes the fiber. This treatment increases the temperature resistance performance and limits the release of smoke during the first temperature rise.

Reference	Composition	Weight (g / m²)	Width (mm)	Length (ml)	Armor	Thickness (mm)	Photo
426FI016	100% E-glass fiber	610	1200	50	Quadrille	0.68
3836FI016	100% E-glass fiber	635	1000/1200/2000	50	Taffeta	1.00
5099FI016	100% E-glass fiber	950	1000/1500	50	Crisscross Satin	1.20

Silicone coated glass fabrics

Référence	Composition	Poids (g/m²)	Largeur (mm)	Longueur (ml)	Armure	Épaisseur	Photo
3150 2 SW	Fiberglass + silicone	485	1500	50	Satin	0.4
3150 2 SS	Fiberglass + silicone	515	1500/3000	50	Satin	0.4
3200 2 SS	Fiberglass + silicone	555	1550	50	Satin	0.4
3200 2 SO	Fiberglass + silicone	555	1500	50	Satin	0.4
3200 2 SB	Fiberglass + silicone	555	1500	50	Satin	0.4
3200 2 SR	Fiberglass + silicone	550	1524	50	Satin	0.47
3200 2 SN ATEX	Fiberglass + silicone	565	1300	50	Satin	0.4
4415 2 BI	Fiberglass + intumescent silicone	1750	1000	50	Satin	1.5
1400 2 SR	Fiberglass + silicone	1400	1000	50	Serge	1
2000 1 SR	Fiberglass + silicone	2000	1000	50	Serge	1.6

Polyurethane coated glass fabrics

Polyurethane is an organic polymer used in textile coating processes. It provides airtightness and good resistance to fraying. The polyurethane can be dyed in the mass according to a standard or specific color. For grinding or welding protection applications, the polyurethane coating slows down the penetration of the textile by incandescent scrapes.

Reference	Composition	Weight (g / m²)	Width (mm)	Length (ml)	Armor	Thickness (mm)	Photos
7628 1 PU	Fiberglass + polyurethane 1 side	250	1000	100	Taffeta	0.22
1032 2 SP	Fiberglass + 2-sided polyurethane	235	1500	50	Taffeta	0.2
1032 2 PW	Fiberglass + 2-sided polyurethane	220	1500	50	Taffeta	0.2
3200 1 SP	Fiberglass + polyurethane 1 side	430	1000/1500/2000	50	Satin	0.4
3200 2 SP	Fiberglass + 2-sided polyurethane	455	1000/1500/2000	50	Satin	0.4
3400 2 TCY	Fiberglass + 2-sided polyurethane	455	1000/3000	50	Satin	0.4
3800 1 SP	Fiberglass + polyurethane 1 side	700	1000/2000	50	Satin	0.6
4415 2 SP	Fiberglass + stainless steel reinforcement + 2-sided polyurethane	690	1000	50	Satin	0.54
5099 2 PU	Fiberglass + stainless steel reinforcement + 2-sided polyurethane	1000	1120	50	Taffeta	1.5

Glass fabrics with anti-fraying treatment

The anti-fraying treatment process involves impregnating the fiber with an acrylic-based formulation to fix it.

Reference	Composition	Weight (g / m²)	Width (mm)	Length (ml)	Armor	Thickness (mm)	Photo
3882FI114	E-glass fiber + acrylic treatment	128	1200	200	Taffeta	0.112
92111 FI114	E-glass fiber + acrylic treatment	212	1250	200/500	Taffeta	0.18
92111 FI870 (7628)	E-glass fiber + acrylic treatment	212	1270	50/100	Taffeta	1.18
3732 FI785	E-glass fiber + acrylic treatment	420	1200	50	Satin	0.4
426 FI755	E-glass fiber + acrylic treatment	610	1000	50	Quadrille	0.68

PVC (polyvinyl chloride) coated glass fabrics

Polyvinyl chloride, commonly called PVC, is a fusible material used in particular in coating processes on textiles. This coating provides water and dust tightness. The PVC coated fabric can be assembled by welding, providing waterproofing and rapid assembly.

Reference	Composition	Weight (g / m²)	Width (mm)	Length (ml)	Armor	Thickness (mm)	Photo
5200 2 PVCS	Fiberglass + PVC coating	650	1500/2000	50	Serge	0.65
5200 2 PVCB	Fiberglass + PVC coating	650	1500/2000	50	Serge	0.65
5200 2 PVR	Fiberglass + PVC coating	650	1500/2000	50	Serge	0.65
5200 2 PVN	Fiberglass + PVC coating	650	1500/2000	50	Serge	0.65

Ecru glass fabrics

The unbleached glass fabric has not undergone any transformation or preparation.

Reference	Composition	Weight (g / m²)	Width (mm)	Length (ml)	Armor	Thickness (mm)	Photos
3882	100% E-glass fiber	128	1000	500	Cloth	0.12
TG160	100% E-glass fiber	155	1000	500	Cloth	0.16
92111	100% E-glass fiber	212	1200	500	Cloth	0.19
440	100% E-glass fiber	430	1000	500	Serge	0.44
4415 V4A	Fiberglass E + REINFORCEMENTS Stainless steel	620	1000	500	Serge	0.54

Vermiculite coated glass fabrics

Vermiculite is a natural mineral which has excellent insulation and fire resistance properties. The vermiculite coating provides resistance to high temperatures of up to 1000 ° C over a short period of time. Glass fabrics with a vermiculite coating are used in particular in the fields of welding protection or to protect incandescent projections (metallurgical industry, foundry, etc.)

Reference	Composition	Weight (g / m²)	Width (mm)	Length (ml)	Armor	Thickness (mm)	Photo
TV-1000FI680	Fiberglass + vermiculite	680	1000	50	Taffeta	0.8
TV-1000FI1080	Fiberglass + vermiculite	1080	1000	25	Taffeta	1.3

TEFLON® coated glass fabrics (PTFE)

Polytetrafluoroethylene (PTFE sign) – commonly called TEFLON® after the name of the trademark registered by the American company Dupont de Nemours – is a semi-crystalline, thermostable fluoropolymer (-200 ° C – + 260 ° C). The TEFLON® coating gives the textile a strong sliding power and improves resistance to chemical agents.

Reference	Composition	Weight (g / m²)	Width (mm)	Armor	Thickness (mm)	Photo
CF910-1	Fiberglass + PTFE	240	1000	Taffeta	0.2
CF206	Fiberglass + PTFE	300	1010	Taffeta	0.14
CF314	Fiberglass + PTFE	630	1000	Taffeta	0.305

Antistatic TEFLON® coated glass fabrics (ATEX)

Reference	Composition	Weight (g / m²)	Width (mm)	Length (ml)	Armor	Thickness	Photo
3200 PTFE / ATEX	Fiberglass + ANTISTATIC PTFE	560	1524	50	Satin	0.38

Glass fabrics with aluminum lamination

Aluminum lamination increases the resistance properties of radiant heat.

Reference	Composition	Weight (g / m²)	Width (mm)	Length (ml)	Armor	Thickness	Photo
7628AL	Fiberglass + Aluminum	270	1250	50/100/500	Cloth	0.22
440AL	Fiberglass + Aluminum	485	1000/2000	50	Twill Twill 1/3	0.42
426AL	Fiberglass + Aluminum	670	1000	50	Plain / Canvas / Taffeta	0.5
5099AL	Fiberglass + Aluminum	1100	1000	50	Taffeta	1.5

800° high temperature treated glass fabrics

The 800°C high temperature treatment is made from a silicate-based formulation, which gives the fabric excellent technical characteristics with very high temperature resistance up to 800°C.

Reference	Composition	Weight (g / m²)	Width (mm)	Length (ml)	Armor	Thickness (mm)	Photo
TV800 FI650	Fiberglass	650	1000	50	Taffeta	0.8
TV800 FI1050	Fiberglass	1050	1000	50	Taffeta	1.6
TV800 FI1250V4A	Fiberglass + stainless steel reinforcement	1250	1000	50	Taffeta	1.6

Silica fabrics

These fabrics, composed of silica fibers, are materials resistant to high temperatures. They meet most industrial requirements in terms of temperature resistance, in many applications where temperature resistance greater than nearly 1000 ° C is required.

Strength

High temperature resistance
Good insulation capacity
Strengthens thermal insulation/li>

Applications

Insulation/Heat insulation
Passive fire protection
Heat shield / Anti-heat tarpaulin protection
Oven curtains

Silica fabrics

Reference	Composition	Weight (g / m²)	Width (mm)	Length (ml)	Armor	Thickness (mm)	Unconstrained temperature	Flash temperature	Photos
TSFI600 92	Silica fiber + Vermiculite	600	920	50	Satin	0.8	1100	1250
TSFI680 92	Silica fiber + Vermiculite	680	920	50	Satin	0.7	1100	1250
TSFIV4A 100	Silica fiber + steel reinforcement	750	1000	50	Taffeta	1.3	1100	1250
TSFI1120 92	Silica fiber + Vermiculite	1120	920	50	Satin	1.4	1100	1250

Ecru silica fabric

Reference	Composition	Weight (g / m²)	Width (mm)	Length (ml)	Armor	Thickness (mm)	Unconstrained temperature	Flash temperature	Photos
TSFI600ECR(F) 100	Silica fiber	600	1000	50	Satin	0.7	1100	1250

Super high temperature fabric

The super high temperature fabric is designed to maintain strength and flexibility at high temperatures. This product is ideal for insulating or protecting tubing, pipes (or other structures that may be wrapped) in very high temperature applications.

Strength

Permeable- lightweight- flexible and chemically inert
Stabilizes edges due to weaving design
Designed to maintain flexibility at extremely high temperatures

Applications

Reinforcement in the insulation of blankets, cushions
Wrap wires, and joints pipes

1100°C fabrics

Very high temperature fabrics have excellent thermal characteristics which allow them to obtain resistance up to 1100 ° C and very good insulating properties.

Reference	Weight (g / m²)	Width (mm)	Armor	Thickness (mm)	Air permeability l / min / dm²	Photo
312AF-20	454	910	Satin of 5	0.51	46
312AF-30	597	910	Satin of 4	0.76	152
312AF-40	814	910	Satin of 5	0.94	107
312AF-62	1000	100/300/760	Double taffeta	1.37	305

1350°C fabrics

Thanks to their excellent thermal characteristics, very high temperature fabrics can withstand up to 1350 ° C. They also have very good insulating properties.

Reference	Weight (g / m²)	Width (mm)	Armor	Thickness (mm)	Air permeability l / min / dm²	Photos
440AF-20	505	910	Satin of 5	0.51	46
440AF-30	692	910	Satin	0.76	10

Technical tapes

Apronor technical tapes are manufactured to meet the needs of industry and construction professionals. Our company offers tapes designed for applications up to 1200°C. Our range consists of different models including ribbons of glass, adhesive glass, caramelized, silica, para-aramids, carbon… etc.

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Glass ribbons

Silica ribbons

Para-aramid kevlar® tapes

Nomex® meta-aramid tapes

Stainless steel / aramid metal tapes

Carbon ribbons

Other technical tapes

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Glass ribbons

Apronor Glass Tapes are narrow width woven glass fabrics forming a tape for high temperature applications.

Strengths

Adaptability for all types of angles
High temperature resistance
Solidity
Abrasion resistance
Very good transparency

Applications

Sandblasting
Thermal insulation
Seals
Tissue fixation

Glass ribbons

Apronor Glass Tapes are narrow width woven glass fabrics forming a tape for high temperature applications.

Reference	Composition	Weight (g / ml)	Width (mm)	Length (ml)	Unconstrained temperature	FLASH temperature	Thickness
RUBV 1168 50	Fiberglass	20	50	50	550 ° C	600 ° C	0.4
RUBV 1168 100	Fiberglass	40	100	50	550 ° C	600 ° C	0.4
RUBV25-1	Fiberglass	20	25	50	550 ° C	600 ° C	1
RUBV20-2	Fiberglass	20	20	50	550 ° C	600 ° C	2
RUBV30-2	Fiberglass	30	30	50	550 ° C	600 ° C	2

Adhesive glass tapes

Apronor adhesive glass tapes consist of a glass fabric side and an adhesive side. Placed on a glass ribbon, the adhesive facilitates its positioning during installation.

Reference	Composition	Weight (g / ml)	Width (mm)	Length (ml)	Unconstrained temperature	FLASH temperature	Thickness
1168 ADV 100 ADV	Fiberglass + 1 adhesive side	45	100	50	550 ° C	600 ° C	0.4
RUBV40-3 ADV	Fiberglass + 1 adhesive side	65	40	50	550 ° C	600 ° C	3

Caramelized glass ribbons

The caramelized glass ribbons undergo a desizing treatment which caramelizes the fiber. This treatment increases the temperature resistance performance and limits the release of smoke during the first temperature rise.

Reference	Composition	Weight (g / ml)	Width (mm)	Length (ml)	Unconstrained temperature	FLASH temperature	Thickness
RUBVC 925/25	Caramelized fiberglass	15	25	50	550 ° C	600 ° C	0.7
RUBVC 925/75	Caramelized fiberglass	45	75	50	550 ° C	600 ° C	0.7

Silica ribbons

Silica ribbons are made of silica fibers and can withstand temperatures up to 1100°C.

Strengths

Thermal resistance
Good flexibility
Low irritation

Applications

Boiler
Oven
Heat insulation
Cable protection

Reference	Composition	Weight (g / ml)	Width (mm)	Length (ml)	Thickness
RUBS20-2	Silica fiber	20	20	50	2
RUBS30-2	Silica fiber	33	30	50	2
RUBS50-2	Silica fiber	54	50	50	2
RUBS100-2	Silica fiber	98	100	50	2
RUBS30-3	Silica fiber	45	30	50	3
RUBS50-3	Silica fiber	68	50	50	3
RUBS100-3	Silica fiber	136	100	50	3
RUBS30-5	Silica fiber	54	30	50	5
RUBS50-5	Silica fiber	85	50	50	5

Kevlar® para-aramid tapes

Kevlar® is a registered trademark of aramid fiber produced by the firm Dupont de Nemours. Also called poly-para-phenylene-terephthalamide (PPD-T), it was discovered by two company researchers, Stéphanie Kowlek and Herbert Blades, already at the origin of Nomex® which is heat resistant. There are several types of Kevlar depending on the intended use, the most common being Kevlar 49.

Tenacity: 16,5 to 20,6 cN/dtex
Elongation: 3,0 to 4,0%
Modulus: 60 to 80 GPa
Degradation temperature: 482°C

Max continuous use temperature: 240°C
Flame Spread: no
Density: 1,44g/cm³
Colors: yellow

Strengths

Excellent abrasion resistance
Mechanical resistance

Applications

Heat protection
Cable protection

Nomex® Meta-Aramid Tape

Nomex Meta-Aramid Tape is a heat and flame resistant product for use in protective clothing). It has excellent chemical and thermal stability.

Width (mm): from 5 to 550
Weight (g/m²): varying from 65 to 3000
Weave: Taffeta, Twill, Satin, One-way, UD Weft

Aramid Stainless steel/aramid metal tapes

Made with our stainless steel – aramid spun threads, our woven bands are produced by multi-layer weaving.

Strengths

Excellent wear resistance
High temperature resistance

Applications

Glassware

Product reference	Linear mass (g / m)	Width (mm)	Thickness (mm)
STB 12-45 / 40A	45	12	3.5
STB 16-50 / 40A	50	16	4
STB 25-60 / 40A	60	25	2.4
STB 25-120 / 40A	120	25	4.8
STB 50-110 / 40A	110	50	2.4
STB 50-220 / 40A	220	50	4.8

Carbon ribbons

This tape is made from carbon fibers.

Ribbons woven from 1k, 3k, 6k, 12k carbon threads
Width (mm) : from 5 to 550
Weight (g/m²) : varying from 90 to 3000
Features: Taffeta, Twill, Satin, Unidirectional, UD Weft.

Strengths

Corrosion insensitive
Resistance to alkalis, acids and organic solvents
Vibration absorption
Electrical conductivity
Electromagnetic protection
Solidity

Applications

Construction
Surf boards

Carbon ribbons

Reference	Composition	Weight (g / m²)
RUBC200	Taffeta	200
RUBC400	Taffeta	400
RUBC600	Taffeta	600

Other technical tapes

Hybrid carbon/aramid tape
Double-sided carbon/glass tape
Carbon tape with central unidirectional reinforcement
Undetectable ribbon, etc.

Braids, beads and technical sleeves

Apronor manufactures braids, beads and technical sleeves for specific applications in high temperature conditions.

Download the documentation

Technical braids

Apronor manufactures three main categories of technical braids: glass, 800 ° C glass and silica. They are generally used as insulation joints for well-defined applications such as thermal protection and insulation.

Strengths

High temperature resistance
Excellent flexibility
Excellent mechanical resistance

Applications

Insulation Joints
Seals
Ovens and exhaust pipes

Glass braids

Made from non-alkaline E-glass, the texture ensures high build-up volume and therefore good insulation values.

Filament diameter 6–11 μm
Non-flammable (according to DIN 4102)
Loss on ignition <1.5%

Reference	Armor	Weight GR / ML	Diameter (mm)	Temperature
TREV / 600/6	Knitting / Braiding	31	6	550 ° C
TREV / 600/8	Knitting / Braiding	41	8	550 ° C
TREV / 600/10	Knitting / Braiding	63	10	550 ° C
TREV / 600/12	Knitting / Braiding	100	12	550 ° C
TREV / 600/15	Knitting / Braiding	156	15	550 ° C
TREV / 600/20	Knitting / Braiding	280	20	550 ° C

Glass braids 800°C

Made with non-alkaline E-glass, the texture has a high build-up volume and offers good insulation values.

Filament diameter 6–14 μm
Non-flammable (according to DIN 4102)
Loss on ignition <3%

Reference	Armor	Weight (g / ml)	Diameter (mm)
TREV / 800/6	Knitting / Braiding	35	6
TREV / 800/8	Knitting / Braiding	48	8

Silica braids

This product is made from special high thermal resistance SiO2 glass fibers. It is characterized by a low thermal conductivity value and does not irritate the skin.

Filament diameter 6–9 μm
Non-flammable (according to DIN 4102)
Loss on ignition <3%

Reference	Armor	Weight (g / ml)	Diameter (mm)
TRES / 1100/6	Knitting / Braiding	32	6
TRES / 1100/8	Knitting / Braiding	65	8
TRES / 1100/10	Knitting / Braiding	80	10
TRES / 1100/12	Knitting / Braiding	120	12
TRES / 1100/15	Knitting / Braiding	170	15
TRES / 1100/20	Knitting / Braiding	275	20

Tubular stainless steel-aramid braid

Made with our stainless steel – aramid yarns, these braids combine flexibility and good mechanical and thermal resistance. They are packaged in 25 m rolls.

Product reference	Linear mass (g / m)	Inner diameter (mm)	Composition
TRIA / BTRB 16- 48 / 40A	48	16	stainless steel - aramid

Musical note seals

The musical note-shaped gasket is a textile tube which consists of a lining and a lip to secure it. It is the lined tube which performs the sealing or insulation function. It is used to make the wedging between two walls for the protection between the supports in the industrial fields.

The assembled joints / bands are made by assembling a base material layer by layer until the required dimensions are obtained. It is possible to provide this type of seal with a core made of a different material.

Strengths

Flexibility
Mechanical resistance
Excellent thermal resistance

Applications

Seals
Appliances
Fire protection
Industrial furnaces

Technical ducts

Technical sheath is commonly used as a thermal protective sheath to insulate and protect cables, pipes, and wires exposed to high temperatures.

Strengths

Resistance to humidity, ozone and UV
Good resistance to usual chemical atmospheres
Compatibility with most impregnation varnishes

Applications

Internal wiring of class H and C rotating machines (motors, alternators, generators, transformers, chokes, etc.)
Insulation up to 250 ° C
Electrical and electronic constructions
Heating devices
Lighting, automotive, measurement, regulation …

Glass sheaths

OTHER POSSIBLE FEATURES

Diameter (mm):from 1 to 250
Armor: Unidirectional, Bi-axial (45 °), Tr i-axial (45 ° + UD)

Reference	Weight (g / ml)	Diameter (mm)	Temperatures
GAIV / 600/10	14	10	550
GAIV / 600/20	37	20	550
GAIV / 600/30	46	30	550
GAIV / 600/40	74	40	550
GAIV / 600/50	101	50	550
GAIV / 600/80	148	80	550
GAIV / 600/120	221	120	550
GAIV / 600/150	258	150	550
GAIV / 600/200	367	200	550

Silicone coated fiberglass sleeving

Continuous operating temperature: -60 ° C to + 250 ° C class H
Self-extinguishing – satisfies VW1 test according to UL 1441
Very high flexibility
Electric halogen free
Dry dielectric strength: > 3 Kv

Reference	Inner Diameter - Nominal Value (mm)	Diameter tolerance (mm)	Minimum wall thickness (mm)	Linear mass (kg / km)
GAIVSIR / 1	1	± 0.15	0.2	4.4
GAIVSIR / 2	2	± 0.2	0.2	6.7
GAIVSIR / 4	4	± 0.25	0.3	12.1
GAIVSIR / 6	6	± 0.25	0.3	18.6
GAIVSIR / 8	8	± 0.25	0.3	26.2
GAIVSIR / 10	10	± 0.5	0.4	35
GAIVSIR / 12	12	± 0.5	0.4	57.5
GAIVSIR / 14	14	± 1	0.4	78.1
GAIVSIR / 20	20	± 1	0.4	147.2
GAIVSIR / 25	25	± 1	0.4	206.1
GAIVSIR / 30	30	± 2	0.4	266.2
GAIVSIR / 35	35	± 2	0.4	327.5

Carbon sheaths

Diameter: from 1 to 250 mm
Armor: Unidirectional, Bi-axial (45 °), Tr i-axial (45 ° + UD)

Reference	Weight (g / ml)	Diameter (mm)
GAIC10	9	10
GAIC20	27	20
GAIC30	41	30
GAIC50	54	50
GAIC80	108	60
GAIC90	136	80
GAIC100	217	100
GAIC140	217	140

Aramid sheaths

Diameter: from 1 to 250 mm
Armor: Unidirectional, Bi-axial (45 °), Tri-axial (45 ° + UD)

Reference	Weight (g / ml)	Diameter (mm)
GAIA10	11	10
GAIA20	23	20
GAIA30	34	30
GAIA50	68	50

Hybrid sheath

Diameter: from 1 to 250 mm
Armor: Unidirectional, Bi-axial (45 °), Tri-axial (45 ° + UD)
Preform braiding
Composition: aramid/glass

50% CARBON COATINGS 50% ARAMID

Reference	Weight (g / ml)	Diameter (mm)
GAICA20	26	20
GAICA30	50	30

50% CARBON COATINGS 50% ARAMID

Reference	Weight (g / ml)	Diameter (mm)
GAICA20	26	20
GAICA30	50	30

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