High Quality Rebar
Advantage:
Steel Reinforcement Bars are essential in construction for their strength and durability, ensuring the structural integrity of buildings and infrastructure. Among the various types, Stainless Rebar stands out for its exceptional corrosion resistance, making it ideal for harsh environments such as coastal areas or chemical plants. On the other hand, Galvanized Rebar offers a cost-effective solution with a protective zinc coating that significantly enhances its resistance to rust and extends its lifespan. Both Stainless Rebar and Galvanized Rebar provide superior performance compared to traditional steel reinforcement, ensuring long-term reliability and reduced maintenance costs in construction projects.
Description:
High Strength Rebar is a premium construction material designed to meet the demands of modern infrastructure projects. Engineered to provide exceptional tensile strength, it ensures the stability and durability of structures, even under heavy loads or extreme conditions. Its superior performance makes it a preferred choice for high-rise buildings, bridges, and other critical engineering applications.
High Quality Rebar is synonymous with reliability and precision. Manufactured using advanced technology and stringent quality control processes, it guarantees consistent performance and adherence to international standards. Its uniform composition and excellent bonding properties with concrete make it an indispensable component in reinforced concrete structures, ensuring long-term structural integrity.
Galvanized Rebar offers an added layer of protection with its zinc coating, which significantly enhances its resistance to corrosion. This makes it particularly suitable for projects in humid, coastal, or chemically aggressive environments. The galvanization process not only extends the lifespan of the rebar but also reduces maintenance costs, making it a cost-effective and sustainable choice for construction.
Together, High Strength Rebar, High Quality Rebar, and Galvanized Rebar provide unmatched performance, durability, and value, ensuring the success of any construction project.
Anchor rod technical parameters:
Material 20MnSi Strength
Yield Strength(MPa)Tensile Strength(MPa)Elongation(%)Yield Load(KN)Tensile Load(KN) Kg/m Specifications
φ16 ≧345 ≧510 ≧25 ≧69 ≧100 1.6
φ18 ≧345 ≧510 ≧25 ≧87 ≧126 2.0
φ20 ≧345 ≧510 ≧25 ≧108 ≧156 2.5
φ22 ≧345 ≧510 ≧25 ≧131 ≧189 3.0
Product Details：
Rebar anchors are divided into longitudinal ribless rebar resin anchors (referred to as left-handed anchors) and equal-strength rebar resin anchors (referred to as right-handed anchors).
Mining anchor is a kind of anchor commonly used in coal mine underground support and traditional metal anchor compared to its quality and stability of the full length of the length can be intercepted according to the specific needs of the rod body is easy to cut the operation is simple and convenient so that you do not make difficult to use so that the safety of the roadway and other construction sites and construction are very favorable. Left-hand and right-hand anchors implement the MT146.2-2011 standard, which is the most basic part of the roadway support in contemporary coal mines, and it binds the surrounding rocks of the roadway together, so that the surrounding rocks support themselves. Nowadays, anchor rods are not only used in mines, but also used in engineering technology to actively reinforce slopes, tunnels and dams. Anchor rods have high strength, reasonable structure, large preload, can automatically adjust the direction of force, increase the binding force on the surrounding rock, can realize the mechanization of rapid installation. It can be used as end anchor, extension anchor and full anchor, mainly used for high strength support of large deformation roadway in high ground pressure mine, and also used for high strength, permanent roadway support of railroad, hydropower and other projects. Anchor as a deep stratum of the tensile member, it is connected with the engineering structures at one end, the other end of the deep stratum, the whole anchor is divided into the free section and anchorage section, the free section is the anchor head of the tensile force to the anchor solid area, its function is to apply prestressing force to the anchor; anchorage section refers to the cement paste will be prestressing tendon bonded with the soil layer of the region, its function is to increase the friction effect of the anchorage solid bonded with the soil layer, increase the anchor solid pressure-bearing effect, will be the anchor of the soil layer, and will be the anchor of the soil layer, the anchor of the soil layer. Its function is to increase the bonding friction between the anchor solid and the soil layer, increase the pressure-bearing effect of the anchor solid, and transmit the tension of the free section to the depth of the soil.
Use method.
1. Determine the anchor hole position according to the design requirements, and drill the hole with drilling rig.
2.Blow out the rock dust in the hole with pressurized air.
3. Send the anchoring agent to the bottom of the hole, hold it against the anchor and start mixing (mixing time is specified according to the type of anchoring agent), after mixing, unload the mixing tool, and after the waiting time is reached, unload the mixing connecting head, put on the anchor plate, ball washer, friction washer, and tighten the nut with a wrench.
Product Qualification
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