Technical Textiles & Yarns

Carbon tow; carbon fabric, chopped carbon fibers; milled carbon fibers, carbon veil; carbon powders; Carbon fibers are made by converting Polyacrylonitrile fibers under heat and pressure into high strength, high modulus carbon fibers.

These carbon fiber are then further processed and converted into:

• Carbon Chopped Strand
• Carbon veil
• Carbon Tow
• Carbon Fabric
• Carbon/Kevlar hybrid
• Milled Carbon

The carbon fibers contain high strength-to-weight and stiffness-to-weight ratios, carbon fabrics are thermally and electrically conductive and exhibit excellent fatigue resistance. When properly engineered, carbon fabric composites can achieve the strength and stiffness of metals at significant weight savings. Carbon fabrics are compatible with various resin systems including epoxy, polyester and vinyl ester resins. Carbon fibres inherently are high in tensile and flexural strength, tensile and flexural modulus, conductive, inert to most chemicals, light weight, and as such.

Application:

• Archery Equipment
• Aircraft parts
• Artificial limb
• Bridges
• Conductive Floors and Walls
• CNG fuel tank
• Decorative parts
• Golf shafts
• Instrument cases
• Speed boat and Yacht
• Process Rollers
• Rackets
• Race car
• Structural Strengthening
• Ships component

3k 6k 12k 24k 50k Carbon Fiber Filament

We offer various types of carbon fiber filaments, 1K 3K 6K 12K 24K and 50K. It can be used to weave carbon fiber cloth or prepreg cloth for automobiles, construction, sports equipment, transportation, new energy and other fields.

• Applications： Bag, Industry, Helmet, Luggage, Sports Equipment, Car
 
• Functions： High Strength, Flame Retardant, High Temperature Resistant, Acid and Alkali Resistant, Waterproof, Conduction Thickness
 
• Color： Black
 
• Material： 100% carbon fiber

• Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer),D/P,D/A
• Port of Dispatch: Mumbai

Alumina Silica Fiber Yarn is composed of Al²O3(alumina) and SiO2(silica) which is available in combination of A/S=60/40,72/28 & 80/20. ALF Ceramic Fibers are refractory alumina-silica fibers with diameters 7-10 microns. A/S 60/40 can continuously withstand temperatures up to 1200 º C.

Other Details:

• Excellent Thermal Resistance
• Great Flexibility for making textile fabrics
• Super Thermal Insulation
• Super Electrical Insulation
• High tensile Strength
• Does not absorb moisture

Specifications:

• Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer),D/P,D/A
• Port of Dispatch: Mumbai
• Delivery Time: Ready

Descriptions Our Silica cloth is a high performance textile fabric that has 96% SiO2,
flexible fabric designed for use where severe temperature conditions exist.
It used for thermal insulating and heat protection. It will not burn, rot or deteriorate and resist most acids.
It will keep good state when it works at 1100??? for a long time. It works at 1400??? more than 15 minutes
and works at 1700??? more than 15 seconds.

Main Specifications

• Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer),D/P,D/A
• Port of Dispatch: Mumbai
• Delivery Time: Ready

We are providing a wide array of superior quality Silica and Alumina Silca Yarn. The offered silica yarn is manufactured using optimum quality material in fulfillment with the market norms. Offered silica yarn is examined on different parameters of quality for dispatching a flawless range. This silica yarn is available in various sizes to fulfill the several requirements of clients.

Features:

• Excellent Thermal Resistance
• Great Flexibility for making textile fabrics
• Soft texture

Applications:
Silica yarns is used in applications requiring small diameter materials that resist high temperatures, electricity, and the effects of many corrosive substances

• Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer),D/P,D/A,Other
• Port of Dispatch: Mumbai
• Delivery Time: Ready

Carbon fiber fabric is made of carbon fiber by woven unidirectional, plain weaving or twill weaving style. The carbon fibers we use contain high strength-to-weight and stiffness-to-weight ratios, carbon fabrics are thermally and electrically conductive and exhibit excellent fatigue resistance. When properly engineered, carbon fabric composites can achieve the strength and stiffness of metals at significant weight savings. Carbon fabrics are compatible with various resin systems including epoxy, polyester and vinyl ester resins.

Features:

1. high tensile strength and ray penetration

2. abrasion and corrosion resistance

3. high electric conductivity

4. light weight, easy to construct

5. high elastic modulus

6. wide temperature range

7. type: 1K, 3K, 6K, 12K, 24K

8. good surface, factory price

• Pay Mode Terms: T/T (Bank Transfer),D/P,D/A,Other
• Port of Dispatch: Mumbai
• Production Capacity: 100000 mtrs
• Delivery Time: 15 days

PEEK YARN:Heat resistant poly-oxa-diazole fiber Dalon  exists as: staple fiber, filament yarn, technical fabric,Non Woven Felt
PROPERTIES
Heat resistance. Thermal destruction of Dalon begins at 505 ºC, working temperature inambient air: from cryogenic conditions up to +400 ºC. Dalon fiber and Dalon products can be used for long-term use (up to 3 years) at high temperature up to +250 ºC.
Low inflammability. Dalon withstands the exposure of open fire, does not melt. Oxygenindex LOI is 30%. Dalon based fabrics can not be burned with overheated (600-700 ºC) sparkles.
Low shrinkage. Linear shrinkage at high temperatures (up to 450 ºC) is max 0.5 %.
Chemical resistance. Dalon fiber has high resistance to organic solvents and acids. It isstable at temperature 100 ºC to diluted inorganic acids and alkalis.
Natural humidity. Humidity level of Dalon can be compared to viscose and cotton level-(10-11%).
Good dyeability in various colors. Simple dyeing process of spun yarn and fabric.
- staple fiber (0.17, 0.22 and 0.33 tex)- filament yarn (reinforcement of auto hoses, braided packings, sealing)- sewing thread- spun fabric (protective apparel)- nonwoven felt (heat insulation)- technical fabric (protective apparel)- milled fiber (composites: brake pads, sliding bearings)

With the experience we have gained in this domain remains our status as a leading wholesaler, supplier and trader of Fiberglass Yarn and Chopped Strand. Our offered fiberglass yarn is checked on various quality parameters in order to ensure its excellence. This fiberglass yarn is manufactured using optimum quality material and modern techniques keeping in mind the set norms of industry. In addition to this, offered fiberglass yarn is available in different specifications within a stipulated time period.

Features:

• Super Thermal Insulation
• Super Electrical Insulation
• Soft texture

Specifications:

• EC G75 1/0,EC G150 1/0,EC E 225 1/0 & EC D450 1/0

• Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer),D/P,D/A
• Port of Dispatch: Mumbai
• Delivery Time: Ready

Basalt Fabric Yarn is parallel to the original multi-strand wire or single wire parallel to the original state, without twisting the body cluster merger. Basalt fiber not only has the PPTA (poly-phenylene terephthalamide aniline) and UHMWPE (Ultra High Molecular Weight Polyethylene) fibers comparable to other high-tech high-strength, high modulus and impact resistance, and high temperature, light pole good, especially in combination with resin adhesive strength is high, so all kinds of basalt rovings can be used for weaving, winding, weaving a variety of composite preform.

Other details:

• 7-13um roving tensile strength >= 0.65N/tex,
• elastic modulus >= 95Gpa,
• elongation of >= 2.6%.

Applications:

• Weaving all kinds of one-way construction reinforced with a cloth;
• Winding all kinds of pipes, tanks, gas cylinders;
• All kinds of woven fabrics were woven, mesh fabric, geotextiles;
• Construction of the repair, strengthening, high temperature of the SMC (sheet molding compound), BMC (bulk molding compound), DMC (Bulk Molding Compound) short fiber;
• Enhanced cooperation with the resin compound materials.

We offer: Carbon Fiber Fabric for Structural Strengthening 200/300/600 Gram unidirectional carbon fiber fabric from concrete structure strengthening, it is made of high strength 12k carbon fiber and woven by advanced Germany Made Machine. It can be used with reinforcement of bridges, house beams, tunnels etc.Technical Data: Dry Fibre Properties Lamination Properties Tensile Strength 4800 MPA 3500 MPA Tensile Modulus 240 GMPA 230 GMPA HM-30 Data SheetPACKAGE Width:100mm, 150mm, 200mm, 250mm, 300mm, 500mm, 600mm and others. Length: 50 meters. Uses Load increases Increased live loads in warehouses Increased traffic volumes on bridges Installation of heavy machinery in industrial buildings Vibrating structures Changes of building utilization Seismic strengthening Column wrapping Masonry walls Damage to structural parts Aging of construction materials Vehicle impact Fire Blast resistance Change in structural system Removal of walls or columns Removal of slab sections for openings Design or construction defects Insufficient reinforcements

• Port of Dispatch: Mumbai
• Delivery Time: 15 days

We offer:

Meta-aramid (Nomex®, Conex®, Kermel®...) or para-aramid (Kevlar®, Twaron®...) fibres are both non-melting fibres (they carbonise) used for their thermal resistance (200-250°C). However, the important difference between meta and para aramid lies in the difference in mechanical strength, para-aramid (natural yellow colour) being much more mechanically resistant.

These aramid fibres are the most widespread and make up the majority of textiles for technical uses. They are present in various fields such as: automotive (composites, tyres...), sport (ropes, composites...), defence and rescue (fire and heat protection...), transport, aeronautics and aerospace...

It should be noted that aramid fibres are not, or only with difficulty, dyed and that the colour ranges are often limited. The significant additional costs and minimum quantities of large processing operations may be required if coloured flame retardant fibres are required.

Meta-aramids : Nomex®, Newstar®, Conex®, ...

• Tenacity : 2,5 to 4,0 cN/dtex
• Elongation :20 to 30 %
• Deterioration temperature : 370°C
• Maximum temperature for continuous use : 240°C
• Maximum thermal shock : 310°C
• Flame spreading : no
• Density : 1,38 g/cm3
• Color : white (dyeable under conditions)

Para-aramids : Twaron®, Kevlar®, Technora®,...

• Tenacity : 16,5 to 20,6 cN/dtex
• Elongation :3,0 to 4,0%
• Module : 60 to 80 GPa
• Deterioration temperature : 482°C
• Maximum temperature for continuous use : 240°C
• Flame spreading : no
• Density : 1,44g/cm3
• Color : yellow

• Item Code: Aramid
• Production Capacity: 10000 kg
• Delivery Time: 7 days

We offer provider of machined plastic components, including rods, sheets, and tubes. Acetal plastics (or polyoxymethylene) represent one of our common offerings, often used for a number of applications across industries. As a class of engineering thermoplastics, acetal plastic comes in a variety of forms and brands, each with slightly different physical characteristics—but they generally feature properties such as being light weight, low-friction, and wear resistant.

DALI offers a broad selection of high-quality acetal copolymers and homopolymers, including top brands such as:

• Acetron
• Sustarin C
• Delrin
• Pomalux
• Tecaform AD 

 Metal Detectable Brands: 

• Sustarin® C MDT
• Acetron® MD
• TECAFORM® AH ID
• Unital® SFX0102M

• Item Code: ET
• Production Capacity: 100 Tons
• Delivery Time: 30 days

Alkali-resistant basalt fiber Basfiber®

 

Alkali-resistant sizings KV-13, KV-42 and KV-41 for Basfiber® were developed specifically for construction applications. These sizings provide excellent alkali resistance and good compatibility with concrete and different resins used for production of rebar and other composite products in construction industry.

Besides high alkali resistance these products have much higher mechanical properties than E-glass and much lower price compared to all other alkali resistant fibers.

All the above mentioned advantages make these product an excellent and affordable alternative to alkali-resistant fibers which are currently used on the market.

 

Applications

Kamenny Vek offers a wide range of products for building and road construction:

• Wet or dry chopped strand for premix technology
• Special roving for Spray-Up technology
• High strength roving for production of rebar and pultruded profiles
• Basalt mats and fabrics for concrete reinforcement and buildings thermo insulation
• Reinforcing mesh for roads and buildings construction
• Scrims

 

• Item Code: iBasalt
• Production Capacity: 500000 kg
• Delivery Time: 30 days
• Packaging Details: Pellets

Basalt Fiber Rebar is an ideal eco-friendly advanced material to replace steel and glass rebar, which is made from high-strength basalt roving along with vinyl resin or epoxy resin by the processes of pultrusion, winding,coating and composite molding. Its high tensile strength and excellent corrosion resistance coupled with its designability and long lasting made basalt rebar widely used in civil engineering.Basalt rebar is manufactured using continuous basalt roving. Externally, it is a rod with continuous spiral ribbing formed by winding with a basalt braid moistened with a high-strength polymer compound.
Advantages: 1.  High tensile strength. The tensile strength of basalt rebar is 2 times more than  ordinary steel at the same size. 2.  Excellent corrosion resistance, which can not be surpassed by any other fiber fabrics. 3.  Low density. The density of basalt rebar is just about 1/4 of the ordinary steel. 4.  Thermal expansion coefficient is similar to concrete, will not have temperature stress between them. 5.  Excellent wave penetrating, no shielding. 6.  No thermal and electricity conductivity. 7.  Can be prefabricated to standard curve and other shapes. 8.  Environmental friendly. When using one ton basalt rebar will reduce 5.24tce carbon emission compared with using steel. Application: It was widely used in the construction of pavement, sidewalk and bridge surface, in view of its high electro-insulating properties, it also be used as insulators for high –voltage power lines, hydraulic engineering, such as seismic station and seawall, etc,.

• Production Capacity: 100 Tons
• Delivery Time: 45 days
• Packaging Details: crates

Carbon Fiber Fabrics Chopped Strand is available in various lengths to give the optimum aspect ratio, coated with specifically formulated binders to give superior compatibility to various polymer or resin matrices. These are suitable for thermoplastic composites through extrusion, compression or injection processes or thermoset composites through BMC or SMC. The milled fibres can also be suitable for plastics and rubber based moulding items where thermo-conductivity, electrical conductivity, lightweight, mechanical strength, thermal and dimensional stability are important. The chopped strands are generally 6mm length for plastic compounding and between 3 and 108 mm for BMC and SMC process. The milled fibres are generally supplied with a mean size of 50 and 120 microns.

Specifications:

• Pay Mode Terms: L/C (Letter of Credit),T/T (Bank Transfer),D/P,D/A,Other
• Port of Dispatch: Mumbai
• Delivery Time: 7 Days
• Packaging Details: packet