Carbon fiber is an industrially manufactured fiber from carbon-containing materials, obtained by pyrolysis to complete carbonization and rejection 
of non-carbon compounds. Carbon fiber has a diameter of 5 to 8 microns. Typically, from 1,000 to 24,000 single threads (filaments) are connected
 into a bundle (roving) and wound on a spool. Further processing is carried out, for example, on braiding machines to obtain textile materials.

Unlike fiberglass, carbon fiber is characterized by a very low weight. It is used primarily in aviation, the space industry and the production of sports 
equipment. For example, the so-called monoblocs and other parts in Formula 1 racing cars are made from carbon-based composites. The tensile strength
 at break of carbon fiber is almost four times that of the best steel alloys, and the weight is only ¼ that of steel.

The advantage of woven carbon fiber over woven carbon fiber is more coverage. For example, for a composite building element with different positions, 
only woven aramid fiber can be used. The phase angle must be between 30° and 60°. For amplification in the direction of 0 °, so-called. UD threads, 
which should consist of a different material. Our braided carbon fiber sleeves are particularly well suited for processing with epoxy and polyester resins.

Main characteristics:

• extreme lightness and high stability
• constructability (plasticity and (or) and (or) thermoformability)
• possibility of anisotropic design
• corrosion resistance
• rigidity despite low weight
• high strength and high modulus properties: tensile strength and coefficient of elasticity
• light weight
• high fatigue limit
• friction resistance, heat resistance
• little expansion on heating
• vibration resistance
• electrical conductivity
• protection against electromagnetic radiation
• X-ray permeability

Article	Diameter at 45°	kg/100m	kg/m2	Width/mm	Diameter/mm	Wall thickness	Packing unit (m)
740	2 мм	0,078	0,147	1 - 1,5	0,5 - 2	0,15 мм	300
978	5 мм	0,166	0,117	2 - 4	1,5 - 7	0,15 мм	500
1617	10 мм	0,33	0,137	5 - 10	3 - 13	0,15 мм	500
1585	10 мм	0,657	0,207	6 - 9	3 - 12	0,28 мм	330
1609	10 мм	0,835	0,376	5 - 8	2 - 12	0,45 мм	150
1834	15 мм	0,408	0,118	6 - 12	4 - 18	0,12 мм	500
1823	15 мм	0,995	0,254	9 - 15	6 - 20	0,32 мм	300
1806	15мм	1,71	0,494	9 - 17	5 - 18	0,45 мм	250
2302	20 мм	0,587	0,125	8 - 18	5 - 26	0,15 мм	500
2291	20 мм	1,25	0,265	10 - 19	7 - 24	0,30 мм	300
2294	20 мм	2,641	0,572	15 - 25	8 - 22	0,52 мм	120
2386	25 мм	0,679	0,121	10 - 20	8 - 30	0,14 мм	500
2458	25 мм	1,742	0,313	16 - 23	10 - 28	0,35 мм	300
2428	25 мм	3,123	0,51	18 - 27	10 - 30	0,45 мм	120
2709	30 мм	0,835	0,127	12 - 26	9 - 36	0,13 мм	500
2703	30 мм	2,18	0,309	19 - 29	12 - 36	0,32 мм	150
2774	30 мм	3,581	0,5	21 - 32	12 - 36	0,45 мм	120
2869	35 мм	0,982	0,129	15 - 45	11 - 40	0,14 мм	500
2857	35 мм	2,06	0,242	19 - 35	12 - 40	0,39 мм	150
2879	35 мм	3,634	0,447	20 - 36	12 - 41	0,41 мм	120
3119	40 мм	2,515	0,274	25 - 37	14 - 45	0,31 мм	150
3090	40мм	4,297	0,444	25 - 44	16 - 50	0,45 мм	120
3168	40 мм	4,992	0,53	20 - 35	12 - 50	0,60 мм	50
3250	45 мм	3,03	0,282	28 - 44	18 - 55	0,34 мм	150
3196	45 мм	4,22	0,432	26 - 45	16 - 52	0,42 мм	120
3262	45 мм	6,052	0,559	26 - 50	15 - 60	0,60 мм	50
3459	50 мм	2,502	0,227	22 - 41	14 - 60	0,26 мм	150
3449	50 мм	5,12	0,413	30 - 50	20 - 65	0,40 мм	100
3528	50 мм	7,278	0,672	30 - 50	18 - 60	0,58 мм	50
3770	60 мм	3,452	0,242	30 - 60	25 - 80	0,25 мм	100
3767	60 мм	6,095	0,437	42 - 64	30 - 75	0,37 мм	50
3702	60 мм	8,488	0,588	35 - 70	20 - 80	0,57 мм	50
3901	70 мм	2,98	0,201	25 - 55	20 - 85	0,25 мм	100
3911	70 мм	6,136	0,367	36 - 64	25 - 90	0,37 мм	50
3888	70 мм	10,35	0,65	45 - 85	25 - 85	0,58 мм	50
4064	80 мм	7,085	0,381	45 - 85	30 - 92	0,42 мм	100
4045	80 мм	12,454	0,67	55 -105	34 - 90	0,55 мм	50
4435	100 мм	12,206	0,518	60 - 100	40 - 130	0,52 мм	50
4683	130 мм	17,409	0,546	77 - 128	60 - 160	0,55 мм	70
4838	180 мм	21,11	0,533	66 - 165	60 - 210	0,65 мм	26

Other sizes and special designs are available on request. Available in diameters from
0.5 mm to 400 mm.

Aramid fiber sleeves

Aramid, also known as Kevlar or Twaron, belongs to a new group of chemical fibers. It is characterized among other things by high strength, high 
modulus of elasticity, low density and great durability. Thus, aramid is suitable for use in various industrial fields, in particular, it is used in composite
 materials for parts subjected to heavy loads, in aviation, space industry, in the automotive and electrical fields, in the production of sports products, 
as well as ballistic protection.

Woven tapes from aramid fiber can be used as edging, as a connection between two structural elements (for example, the top and bottom of a canoe),
 to reinforce corners, etc. These belts are also suitable for motor construction.

The advantage of woven aramid fiber over woven is greater coverage. For example, for a composite building element with different positions,
 only woven aramid fiber can be used. The phase angle must be between 30° and 60°. For amplification in the direction of 0 °, so-called. UD threads.

Main characteristics:

• light weight
• high tensile strength
• excellent impact strength under repeated impact
• high fatigue limit
• good damping properties
• crack resistance
• negligible thermal shrinkage and negligible conductivity
• the most important properties at room temperature are retained even if the material was periodically exposed to temperatures from -70 to + 180 degrees Celsius
• non-flammable, self-extinguishing, non-fusible
• slight smoke emission
• excellent chemical resistance to most types of flammable liquids, lubricants, does not corrode in salt water
• excellent electrical properties: very low electrical conductivity and low dielectric constant, suitable as a fabric material

Please note: For cutting, you will need special lowers with fine teeth (best of all, double-sided).

 

Article	Dimeter at 45°	Weight kg/100m	Weight kg/m2	Width / mm	Diameter/ mm	Wall thickness	Packing unit (m)
752	2 мм	0,095	0,180	1 - 2	0,8 - 2,5	0,17 мм	500
919	4 мм	0,218	0,217	3 - 4	1,5 - 5	0,21 мм	500
1037	6 мм	0,304	0,216	4 - 6	2 - 7	0,22 мм	500
1158	8 мм	0,436	0,242	4 - 7	2,5 - 9	0,27 мм	250
1589	10 мм	0,532	0,199	6 - 9	3 - 14	0,25 мм	500
1808	15 мм	0,630	0,178	7 - 12	5 - 18	0,25 мм	500
1805	15 мм	1,465	0,432	11- 15	6 - 17	0,47 мм	250
2253	20 мм	2,102	0,424	18- 25	12- 25	0,42 мм	125
2266	20 мм	3,548	0,643	18- 25	10- 26	0,70 мм	100
2450	25 мм	1,106	0,193	14- 22	8 - 28	0,23 мм	500
2456	25 мм	3,202	0,504	24- 31	13- 30	0,50 мм	150
2695	30 мм	1,332	0,191	17- 26	11- 36	0,22 мм	250
2702	30 мм	2,753	0,370	25- 36	14- 38	0,38 мм	125
2859	35 мм	2,780	0,362	24- 36	12- 40	0,41 мм	100
2880	35 мм	6,308	0,683	35- 45	20- 45	0,65 мм	100
3086	40 мм	3,661	0,379	28- 44	18- 50	0,40 мм	100
3178	40 мм	8,080	0,775	38- 50	23- 50	0,74 мм	50
3411	50 мм	5,463	0,446	36- 54	20- 65	0,51 мм	50
3420	50 мм	7,436	0,623	42- 60	22- 60	0,63 мм	50
3698	60 мм	5,414	0,383	34- 53	20- 68	0,48 мм	50
3708	60 мм	9,211	0,635	43- 65	25- 68	0,70 мм	50
3890	70мм	6,611	0,424	44- 68	30- 80	0,50 мм	50
3875	70 мм	8,887	0,518	45- 72	28- 85	0,57 мм	50
4049	80 мм	11,601	0,616	59- 85	30- 90	0,64 мм	50
4175	90 мм	13,112	0,627	66- 103	50- 100	0,64 мм	50
4448	100 мм	15,854	0,664	65- 105	45- 110	0,57 мм	50
4645	120 мм	14,970	0,552	90- 140	60- 145	0,70 мм	50
4747	150 мм	39,310	0,959	105 - 165	70 - 190	1,25 мм	50

Other sizes and special designs are available on request. Available in diameters from
 0.5 mm to 400 mm.

Hybrid braided sleeves

A hybrid is understood as "something connected, crossed or mixed." In weaving technology, we 
are talking here about sleeves or bands that are made from at least two different materials, such 
as carbon and aramid. The ratio of materials may be different depending on the equipment used. 
It is possible to produce hybrid fibers with a material ratio of 10:90.

Thanks to the ability to set different ratios of materials, there is no limit to creativity - the positive
 properties of individual fibers can be combined in the simplest way.

The diameter or width of a hybrid fiber woven article can be changed by stretching or contracting,
 with the ideal fiber angle being between 30° and 60°. Reinforcement in the 0° direction is 
achieved using the so-called. UD yarns are also woven and can increase the strength of the fiber. 
The hybrids are used to make profiles of various kinds as hollow structures, and with the proper 
application process, the reinforcing fiber of the braided sleeve is guaranteed with no air bubbles 
and seams, which provides additional strength.

Weaving pattern:

Type A: With this type of sleeve, each fiber is braided separately and transversely to the longitudinal axis.

 

Type B: Different types of fibers are braided parallel to the longitudinal axis.

 

Type C: Each fiber is braided separately in the direction of the longitudinal axis.

 

Type K: Each fiber is braided separately, but crossed with the longitudinal axis.

 

Type W: Each fiber is curled in the longitudinal axis, but braided separately.

 

Type UD: Braided sleeve with thread angles of +/- 45° with additional UD threads in the 0° direction.

 

Braided Aramid Cords

Aramid belongs to a new group of chemical fibers. It is characterized
 among other things by high strength, high modulus of elasticity, 
low density and great durability. Thus, aramid is suitable for use in 
various industrial fields, in particular, it is used in composite materials 
for parts subjected to heavy loads, in aviation, space industry, in the 
automotive and electrical fields, in the production of sports products,
 as well as ballistic protection.

Main characteristics:

• light weight
• high tensile strength
• excellent impact strength under repeated impact
•  high fatigue limit
• good damping properties
•  crack resistance
•  negligible thermal shrinkage and negligible conductivity
• the most important properties at room temperature are retained even if the material was periodically exposed to temperatures from -70 to + 180 degrees Celsius
• non-flammable, self-extinguishing, non-fusible
• slight smoke emission
• excellent chemical resistance to most types of flammable liquids, lubricants, doesn’t corrode in salt water
• excellent electrical properties: very low electrical conductivity and low dielectric constant, suitable as a fabric material

Article	Diameter	Weight kg/100m
493	0,8 мм	0,037
521	1 мм	0,077
601	1,5 мм	0,13
744	2 мм	0,243
827	3 мм	0,622
913	4 мм	0,679
1017	6 мм	1,709
1152	8 мм	3,59

Other sizes are available on request.

Carbon fiber cord

Carbon fiber is an industrially manufactured fiber from carbon-containing materials, obtained by pyrolysis to complete carbonization and rejection of non-carbon compounds. Carbon fiber has a diameter of 5 to 8 microns. Typically, from 1,000 to 24,000 single threads (filaments) are connected into a bundle (roving) and wound on a spool. Further processing is carried out, for example, on braiding machines to obtain textile materials. Unlike fiberglass, carbon fiber is characterized by a very low weight. It is used primarily in aviation, the space industry and the production of sports equipment. For example, the so-called monoblocs and other parts in Formula 1 racing cars are made from carbon-based composites. The tensile strength at break of carbon fiber is almost four times that of the best steel alloys, and the weight is only ¼ that of steel.

Main characteristics: 

• extreme lightness and high stability
•  constructability (plasticity and (or) thermoformability)
• possibility of anisotropic design
•  corrosion resistance
•  rigidity despite low weight
•  high strength and high modulus properties: tensile strength and coefficient of elasticity
• light weight
• high fatigue limit
• friction resistance, heat resistance
• little expansion on heating
• vibration resistance
• electrical conductivity
• protection against electromagnetic radiation

• X-ray permeability

Article	Diameter	Weight kg/100m
476	0,5 мм	0,04
512	1,0 мм	0,084
656	2,0 мм	0,172
707	2,5 мм	0,263
778	3,0 мм	0,367
890	4,0 мм	1,116
1016	6,0 мм	1,568
1083	7,0 мм	3