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Sell Basalt Fiber

Sell Basalt Fiber

离岸价格

获取最新报价

4.16 / Kilogram ( Negotiable )

|

Minimum Order

位置:

Ukraine

最小订单价格:

最小订单:

10000 Kilogram

包装细节:

Packaging into 25kg plastic bags or 500 kg big bags.

交货时间:

31-40 days

供应能力:

150000 Kilogram per Month

付款方式:

T/T

现在联系
免费会员

联系人 Mr. Bulent

P.O.Box 31291, Al-Jazeera Al- Hamra, RAK, UAE, Dubai, Dubai

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详情

Advantages of basalt fiber

High strengthThe specific strength of basalt fiber is 2.5 times higher than the strength of alloyed steel and 1.5 times higher than the strength of fiberglass.

High thermal resistance
Extended temperature range of  basalt fiber is - **0 ° C to + **0 ° C. Sustain short-term temperatures up to **0 ° C. 

High chemical resistance to water, salts, alkalis and acids impacts

Basalt fiber comparing to steel is incorrodible. Comparing to fiberglass basalt fiber is resistant to acids. Basalt fiber has high corrosion and chemical resistance to impacts of aggressive enviroments: salt solutions, acids and especially alkalis.  

Compatibility with other materials
Continuous basalt fiber has high compatibility with plastics, mordents, glass and carbon fibers. There is a possibility of producing different products and materials based on basalt fiber using different technologies: molding, filament winding, pultrusion, spraying, and other technologies.

Basalt continuous fiber and materials produced with it have properties and characteristics that provide a wide application range in the construction, energy, automotive, mechanical engineering, metallurgy and other industries. Basalt fiber is the basis for the production of composite materials and products, reinforcing materials, technical filters, and a variety of other materials.

Basalt fibers are most suitable in terms of price and quality ratio. In some spheres there is no alternative to basalt fibers.
Construction - disperse concrete, mortar, dry mixes and structural products reinforcement for improving concretes and mortar crack resistance , waterproofing, easy concrete pouring, tensile strength at bending and compression, abrasion, steel rebar corrosion resistance in basalt reinforced concretes and as a result - increased durability of concrete structures.

Basalt is a unique construction material with high strength, heat and sound insulating properties. It practically does not react to temperature changes, stable in all aggressive environments, and is an excellent facing material. Basalt is a volcanic rock that has poured over the surface.

Basalt fiber is compatible with cement and as opposed to metal, polypropylene and lavsan fibers, has better adhesion with the cement matrix. Basalt fiber doesn’t have the shortcomings that polypropylene and glass fiber have.

One of fiber types that have been used in construction are the fibers with an average monofilament diameter of *3 to *4 microns.

Field of fiber reinforcement application:
• Concrete (molding blocks, beams, gas concrete and foam concrete blocks, fire resistant and PS concretes).
• Concrete floors
• Runways in airports
• Motorway
• Industrial floors in shops where heavy equipment is installed
• Internal reinforcement of tunnels and channels
• Slopes strengthening
• Repair and reconstruction of buildings
• Metal coating surfaces of steel structures
• Concrete water channels
• Fire retardant construction
• Military installations
• Earthquake-resistant buildings


The advantages of basalt fiber reinforced concrete:
• The impact strength of basalt fiber reinforced concrete increases in about *0 times.
• Basalt fiber provide a three-dimensional concrete reinforcement comparing to usual rebar
  that provides two-dimensional reinforcement.
• Basalt fiber is not liable to galvanic corrosion, comparing to usual rebar that is an electrical conductor and can have the cathode effect.
• Construction time reduces due to the needless to install wire mesh.
• The thickness of the concrete layer can be reduced to half. 
• The fiber can be easily mixed.
• The fatigue strength of basalt fiber reinforced concrete increases.
• The total cost of the construction work reduces. 
• Reduces the width of cracks.
• You can forget about the difficulties with wire mesh installing.
• In reservoirs and underground water channels thickness of concrete cover significantly
   reduces, and construction time becomes shorter.
• The cost of repairs and maintenance greatly reduces due to fiber reinforced concrete long life term .
• The need for concrete floors reinforcement is eliminated because of basalt fiber use, and
   construction time is cut in half.
Basalt fibers are applied in the putty and mastics as filler. Basalt fibers as filler can improve the mechanical properties of the mastic, prevent cracks in the coating in cold weather, reduce mastic fluidity under the impact of heat. 
Fiber reinforced concrete blocks 
Basalt fiber is very popular among manufacturers of concrete blocks, concrete blocks and other blocks of cellular concrete, as well as different types of paving stones and paving slabs.
During production and transportation of foam blocks reinforced by basalt fiber in an amount of 0.6 - 1.2 kg per 1 cubic meter the number of defective foam products is significantly reduced, the quality of goods is upgraded. Basalt fiber also reduces the initial and final blocks maturing and accelerates turnover of forms that allows increase in productivity at *0%.
Millions of years basalt has been in the ground, maintaining its properties, which reflects its durability and environmental friendliness.
Physical and technical advantages that can be achieved by adding basalt fiber into concrete structure:
- Low level of micro cracks (up to *0%);
- Increased flexural strength (up to *5%)
- Increased concrete fatigue strength and resistance (> **0%);
- Increased frost resistance (up to *5%)
- Increased water tightness (up to *0%);
- Increased surface endurance of concrete (up to *0%);
- Decreased slivering of corners and edges (up to *0%).
 
 
 

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至:

Mr. Bulent < Baytrade FZE >

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