Metal Fiber Reinforced Concrete:

Metal Fiber Reinforced Concrete (MFRC) is a composite material that involves the addition of metal fibers to enhance the performance of concrete. Metal fibers can be made from materials such as steel, copper, stainless steel, etc. Compared to traditional concrete, Metal Fiber Reinforced Concrete offers the following advantages:

Increased Strength: The addition of metal fibers significantly improves the strength and durability of concrete. The dispersion and interlocking action of the fibers result in a more uniform distribution of loads, thereby enhancing tensile strength, impact resistance, and crack resistance.

Crack Control: The incorporation of metal fibers in concrete forms a network structure that effectively limits crack propagation. This mesh-like structure can resist stress concentration induced by loads, slow down crack expansion, and consequently enhance the durability and service life of concrete.

Impact Resistance: Metal Fiber Reinforced Concrete exhibits excellent resistance to impact and vibrations. The addition of fibers allows for energy absorption and dispersion, mitigating the propagation of impact forces and providing better structural protection and safety.

Steel Fiber Hooked End:

Steel Fiber Hooked End is a common type of metal fiber characterized by its hooked shape at one end. The use of Steel Fiber Hooked End in Metal Fiber Reinforced Concrete offers the following advantages:

Enhanced Bonding: The unique design of the hooked end provides better bonding within the concrete matrix. The hooked shape allows the fibers to anchor in the concrete, increasing the bond strength between the fiber and the concrete, thus improving the overall performance of the concrete.

Ductility: The design of the hooked end imparts high ductility to the steel fibers. This enables the fibers to better resist stress and deformation, increasing the toughness and crack resistance of the concrete.

Improved Construction Efficiency: The shape of the Steel Fiber Hooked End ensures more uniform dispersion and mixing within the concrete. This aids in improving construction efficiency and ensuring the uniform distribution of fibers in the concrete, resulting in consistent performance.

Steel fiber for industrial floor Description

Mill-cut Steel Fiber is the agent product of DAYE, which is developed&manufactured by Shanghai Harex Steel Fiber Technology Co., Ltd., the production raw materials are high-quality manganese alloy high-strength cast steel. Due to its special shape and advanced production technology. It has a special shape and high tensile strength, and has a significant strengthening effect on concrete (compared with ordinary mixed spring soil, the compressive strength is increased by 5-20%; the flexural tensile strength is increased by 20-50%; the compressive strength is increased by 20-40%; the wear resistance is increased by about 40%; under impact load, the crack resistance is increased by 3-4 times; the flexural tensile fatigue strength is increased by 1.65-2.25 times).

Mill cut steel fiber Main Features

Ø 1. Low dosage (minimum dosage: 0.25%, general dosage: 0.3-0.8%)

Ø 2. No agglomeration, no outburst, no rush, easy construction.

Ø 3.The cross section and longitudinal section of the steel fiber milled by the ingot have serrated edges, and there are anchor tails at both ends, so that the bond strength between the steel fiber and the mortar is doubled.

Main Functions

Adding an appropriate amount of steel fiber into the concrete can increase the tensile strength by 20% - 50% and the flexural strength by 40% - 80%. Under the normal fiber content, the impact compressive toughness can be increased by 2-7 times, and the impact shear and tensile toughness can be increased by several times to dozens of times. Due to the good crack resistance and integrity of steel fiber reinforced concrete, the freeze-thaw resistance, heat resistance, wear resistance, cavitation resistance and corrosion resistance of steel fiber reinforced concrete are significantly improved. Concrete collective itself is a heterogeneous, multicomponent and heterogeneous granular brittle composite material. Its compressive ratio is only about one tenth, and its crack resistance is very low. The addition of steel fiber prevents the initiation of cracks and reduces the size and number of crack sources; In the process of stress, the extension and expansion of cracks are restrained, and the stress and concentration of cracks are alleviated.

Construction Proposals

Mill-cut Steel Fiber can be applied to a variety of construction methods without additional equipment. It can be directly stirred in the field, pumped and sprayed, fiber will not be carried forward, the surface is not exposed. Maintenance and ordinary concrete requirements are the same, especially suitable for large areas of paving, can greatly shorten the construction cycle.

Main Applications

◆Road Construction

◆Pavement layer of Bridge deck

◆Crack and seepage resistance of underground engineering concrete

◆Hydraulic Engineering

Technical Parameters

Packing

e.g. 20kg/carton

Quality Standard

Ø DG/TJ 08-59-2019

Ø J 10949-2019

Ø CECS38:2004

Ø JGJ/T221-2010

Ø JTG/T F30-2014