Fibrezone Navrangpura, Ahmedabad, Gujarat

steel fibres are widely used in concrete based composite projects worldwide. Steel fibres are made under strict quality control process and gives excellent strength and durability to the concrete eliminating cracking. Steel fibre is available in stainless steel grades and also in carbon steel grades. Steel fibres can be supplied as per the specification of the customers   benefits : increase in flexural strength improved concrete strength, impact resistance and toughness reduction in coating thickness of spread lining by 50% superior resistance to high temperature corrosion excellent mechanical bonding helps in reduction in micro cracking and spalling even dispersion .

Thickness : 50%

Stainless Steel Fibres are extensively used in Refractory low cement castable and lance tubes all over the world. Stainless Fibres are made in different shapes and cut length to suit customer application. Stainless Steel Fibres are made under strict production process and undergo quality check at regular interval to ensure that best product reaches to the customer site. Stainless Steel Fibres are having superior high temperature performance and better dispersion giving easier handling and greatly extending the refractories life. Benefits : Easy mixing, Easy gunning Excellent refractory / Fibre bond Increased refractory life Superior resistance to high temperature corrosion Consistent strength at all temperature Cost saving by means of increased life Applications : Rocket launch pads Low cement castable Lance pipe, burner blocks Iron ladle, Electric Arc Furnace, Steel ladle, Ladle bottom Blast Furnace runner, Torpedo ladle, Feed Area Tundish Timing ladle, Ladle Furnace Roof Battery Top, Doors

polypropylene cut fibre are fibres cut from continuously extruded polymer filaments called tows each individual fibre is cut to a precise length of 20mm / 6mm - 20m. olypropylene fibre for refractory reinforcement : precision cut polypropylene fibre monofilament fibres are used to improve the "green strength" of refractory products. In addition to this reinforcement process, the fibre performs another important function. (on heating the refractory to start to dry it and later to start to "fire" the refractory cement, the fibres initially shrink and as the temperature is increased, melt to form voids. The reduction in volume as the fibre shrinks and melts.) it allows trapped gases, especially water vapour to escape and prevent cracking of the refractory/refractory cement. typically, precision cut fibres of 5mm length long have been used in these applications. polypropylene fibre for construction industry : fibre reinforcement: - precision cut fibres the problem of cracking concrete: the fundamental problem with concrete is that it tends to crack due to reduction in volume. the solution: however, this problem can be solved with polypropylene fibre valuable additives for the concrete world. these concrete additives are fibres which increase strain capacity in the critical green stage of concrete. This limits crack growth and subsequent fracture, making concrete a reliable and durable material with its optimum properties intact. In other words polypropylene fibres provide crack control and remove the cause of weakness and thus intrinsically improve the concrete. This means that traditional steel mesh can be eliminate, as its only purpose is to hold fractured concrete together. advantages : inhibit crack initiation & save placing on steel mesh no corrosion of fibres include reliable properties in tension reduce number of joints protection of reinforcement reduce repair due to subsequent damage applications : ready-mix for ground slabs mortar and plaster special mortars & shotcrete precast elements & cementitious products

Polypropylene cut fibre are fibres cut from continuously extruded polymer filaments called Tows Each individual fibre is cut to a precise length of 20mm 6mm - 20m.Precision cut Polypropylene fibre monofilament fibres are used to improve the "Green Strength" of refractory products. In addition to this reinforcement process, the fibre performs another important function. (On heating the refractory to start to dry it and later to start to "Fire" the refractory cement, the fibres initially shrink and as the temperature is increased, melt to form voids. The reduction in volume as the fibre shrinks and melts.) It allows trapped gases, especially water vapour to escape and prevent cracking of the refractoryrefractory cement.

Micro Steel Fibre Brass Coated low Carbon-Steel fibre used in High Performance densified concrete system. They are available in different diameter & length sizes. Applications : UHPC Concrete Railway Sleepers Manhole Covers Random fibre mix produces better matrix building

Stainless steel Melt Extract fiber reinforcement offers substantially improved refractories' durability and performance.Melt Extract fibers reinforce refractory against cracking to extend and enhance refractory lifetimes. Our Melt Extract Fibres can be added to all monolithic refractories, from insulating to ultra-low cement refractory castable, ramming materials & moldable, precast shapes, gunning and shot creting mixes. Steel fiber reinforced refractories are now common place in a wide range of high temperature processing industries. Melt Extract Fibres are mainly used for reinforcement of refractory products in various industries, such as Petrochemical, steel, chemical, power station, cement and rock industries. Our grades of Melt extract Fibres are mentioned below.

Grade : 310#, 304#, 446#, 430#

Polypropylene cut fibre are fibres cut from continuously extruded polymer filaments called Tows Each individual fibre is cut to a precise length of 20mm 6mm - 20m. The reduction in volume as the fibre shrinks and melts.) It allows trapped gases, especially water vapour to escape and prevent cracking of the refractoryrefractory cement.

cellulose fibre is manufactured from recycled cellulose which contains minimum of 75% cellulose as its raw material base. Again this is processed in to grey fibres for use in variety of building and industrial application. These fibres can also be formulated to meet the specific needs of customer in any respect from actual particle size distribution to bag size and weight. This grey fibre provides a cost effective alternative to those industries which require reliable filler without the expense of pure alpha cellulose. In applications ranging from roofing products to pavement patching cellulose fibres provide variety of benefits and properties. Cellulose fibre is also extensively used in refractory castables, basic spraying mass, gunning and also in shotcreting.

Application : Construction

Color : Brown, Dark Brown, Light Brown, White

Feature : Durable, Eco-Friendly, Good Quality, Long Lasting, Non-Allergenic

Pattern : Plain

Condition : Good, New

Width : 10 - 15 Mm, 15-20 Mm

Packaging Type : Box, Carton, Corrugated Box