Unique Solutions

aramid fiber is firstly developed in 1960s by dupont company in usa. The trade name of dupont para-aramid is kevlar, and also dupont have developed meta-aramid named nomex 1965. The full chemical name of aramid is poly- p- phenylene terephthamide, it is an advanced high strength, high modulus synthetic fiber. Weight is only 1/5 of the steel, he strength is 5 to 6 times the strength of steel. The modulus is 2 to 3 times that of steel. Toughness is twice to steel.  it has soft feel, good spinnability, good insulation performance, long term working life and flame resistance.

aramid fiber bungee cord is a special product developed by unitex, it's elastic and high strength. Meanwhile it's also fire proof with all kevlar performance. It is suitable for high end sport ware, out door garments and military, chemical, industrial, firefighting garments.

1. Low gravity.

2. Electrical insulator.

3. Low thermal expansion coefficient.

4. High tensile strength and high tensile strength.

5. Elastic, high stability, high modulus and high fracture strength.

6. High chemical resistance, high stability, creep resistance and fatigue resistance.

7. High temperature resistance, flame resistance and non-melting will only be carbonized.

aramid fiber is firstly developed in 1960s by dupont company in usa. The trade name of dupont para-aramid is kevlar, and also dupont have developed meta-aramid named nomex. In 1965. The full chemical name of aramid is poly- p- phenylene terephthamide, it is an advanced high strength, high modulus synthetic fiber. Weight is only 1/5 of the steel, he strength is 5 to 6 times the strength of steel. The modulus is 2 to 3 times that of steel. Toughness is twice to steel.  it has soft feel, good spinnability, good insulation performance, long term working life and flame resistance.

1. Low gravity.

2. Electrical insulator.

3. Low thermal expansion coefficient.

4. High tensile strength and high tensile strength.

5. Low elongation, high modulus and high fracture strength.

6. High chemical resistance, high stability, creep resistance and fatigue resistance.

7. High temperature resistance, flame resistance and non-melting will only be carbonized.

Basalt fiber rope is twisted or braided by basalt fiber yarn. Basalt fiber have low thermal conductive and high temperature resistant, it’s an excellent material for thermal sealing and high temperature insulation. Also it’s high strength and modulus, but cheaper than carbon fiber, makes it been an economic solution for all kinds of projects. Also basalt fiber have a good chemical resistant performance, it is good resistant performance to acid, alkali and salt. It is widely used in sealing, thermal insulation, automotive, aerospace, UAV, friction material, off shore.

1. Excellent chemical resistance, such as acid and alkali corrosion resistance

2. It has excellent high temperature resistant properties, in the 650 ??? still retain 30% of the basalt fiber strength, softening, the start of the 850 ??? itself has not burning, not decompose, the characteristics of the melt, and there is no decomposition, environmental friendly;

3. Excellent weather resistance, uv resistance function, basically no change in the soil performance characteristics;

4. Basalt fiber rope itself is inorganic fiber processing and become, the surface is smooth, with no water absorption characteristics;

5. Basalt fiber has excellent tensile strength of single fiber tensile strength can reach 3800 Mpa, so excellent basalt fiber rope tensile strength, and elongation at break, lower deficiency.

Unitex Fiberglass Rope includes four styles: twisted, round braided, square braided and knitted. All are made of our high-quality texturized fiberglass yarns. They can be used for high temperature applications up to 550??? with low thermal conductive. The rope resists most acids and alkalis and is unaffected by most bleaches and solvents. It is highly flexible and conformable. It can be used as a gasket or seal on boiler, coke oven, industrial oven and wood stove/pellet stove doors. It is also used for crucible packing and pollution control equipment, pump shaft packing.

1.Low thermal conductivity.

2.Excellent thermal shock resistance, thermal stability.

3.Excellent tensile strength.

4.Sound insulation.

5.Easy cut and easy stall.

6.Containing no asbestos.

7.Chemical corrosion resistance.

aramid fiber is firstly developed in 1960s by dupont company in usa. The trade name of dupont para-aramid is kevlar, and also dupont have developed meta-aramid named nomex. In 1965. The full chemical name of aramid is poly- p- phenylene terephthamide, it is an advanced high strength, high modulus synthetic fiber. Weight is only 1/5 of the steel, he strength is 5 to 6 times the strength of steel. The modulus is 2 to 3 times that of steel. Toughness is twice to steel.  it has soft feel, good spinnability, good insulation performance, long term working life and flame resistance.

aramid fiber rope with its extremely excellent properties has been widely used in life & industrial production, also in the military, industrial production of hoisting, aerospace equipment, and offshore project research, and many other fields. Its ultra-high strength is widely used in industrial lifting, replacing the traditional steel wire rope hoisting mode, making industrial production and transportation more convenient and safe. Its high temperature resistance properties of all the composite fiber is extremely outstanding, can in the high temperatures as high as 330 ? ? ? And normal work for a long time, the short-term resistance to high temperature is 580 ? ? ? , the feature is widely used in the glass tempering furnace roller winding, because at the same time also has a high strength and wear resistance, so almost completely replaced the glass fiber in the high temperature roller position, rope in fire rescue, is unmatched by other fiber material safety rope. It also has excellent corrosion resistance and uv resistance. It is the most reliable safety rope in the environment of strong ultraviolet radiation.

1. Low gravity.

2. Electrical insulator.

3. Low thermal expansion coefficient.

4. High tensile strength and high tensile strength.

5. Low elongation, high modulus and high fracture strength.

6. High chemical resistance, high stability, creep resistance and fatigue resistance.

7. High temperature resistance, flame resistance and non-melting will only be carbonized.