Anchoring Threaded Rod In Concrete
Anchoring Threaded Rod In Concrete ：Reinforced with equal strength rebar and equipped with a resin anchor, these metal rod body products find extensive application in supporting underground rocky tunnels, semi-coal rocky tunnels, and coal tunnels. They are particularly well-suited for offering reliable support in challenging underground conditions and bunker environments.
Unleashing Exceptional Support and Strength - Anchoring Threaded Rod In Concrete
An Unparalleled Support Tool in Underground Engineering
Introduction: Underground engineering has always been a realm of human exploration, and an efficient and reliable support system is crucial for the safety of underground tunnels and mines. To meet this challenge, we are proud to introduce the Anchoring Threaded Rod In Concrete, a product that provides outstanding support and strength for underground projects.
The product boasts several ADVANTAGEOUS CHARACTERISTICS when used with resin anchors:
Rapid strength development: With quick strength growth, it exhibits high load-bearing capacity immediately after installation, providing robust anchoring force.
Easy installation and operation: Its user-friendly design ensures simple and efficient installation, reducing the labor intensity for workers while enhancing support efficiency.
Cost-effective coal support: The implementation of this product results in significant cost reduction for coal support.
Compliant with MT164.2-2011 standards: The product adheres to the requirements set forth in MT164.2-2011, ensuring its reliability and conformity to industry regulations.
Outstanding Performance: The Anchoring Threaded Rod In Concrete is a threaded anchor rod product based on equal-strength reinforced steel. It is widely used in supporting underground rocky tunnels, semi-coal rocky tunnels, and coal mine tunnels. Moreover, this product excels in supporting projects under complex underground conditions and covert engineering.
Material | HRB335 HRB400 HRB500 | |
standard（mm） | φ16 φ18 φ20 φ22 length：Depending on design requirements |
Instant Powerful Support: When used in conjunction with resin anchor agents, the Anchoring Threaded Rod In Concrete stands out with its rapid strength development. After installation, it can bear loads promptly and provide substantial anchoring force, injecting powerful support into underground engineering.
Simple and Efficient Installation: We are dedicated to making the product user-friendly and efficient. The installation and operation of the Anchoring Threaded Rod In Concrete are straightforward, significantly reducing labor intensity for workers and increasing support efficiency. With minimal effort, you can easily complete the installation, ensuring the support system is quickly operational.
Material | 20MnSi | ||||
Strength Specification | Yield Load(MPa) | Tensile Strength(MPa) | Extensibility(%) | Breakage load(KN/M) | Theoretical quality(KG/M)
|
φ16 | ≧335 | ≧490 | ≧16 | ≧100 | 1.6
|
φ18 | ≧335 | ≧490 | ≧16 | ≧126 | 2.0
|
Φ20 | ≧335 | ≧490 | ≧16 | ≧156 | 2.5
|
Φ22 | ≧335 | ≧490 | ≧16 | ≧189 | 3.0 |
Reducing Coal Mine Support Costs: Support in underground coal mines is crucial for safe production. The utilization of the Anchoring Threaded Rod In Concrete greatly reduces support costs, providing you with an economically viable coal mine support solution while ensuring the stability and safety of the mine and its personnel.
Compliance with Standards: The development of the Anchoring Threaded Rod In Concrete is based on the MT164.2-2011 standard, ensuring the product's reliability and adherence to industry regulations. You can use it with confidence, without worrying about product quality issues.
Conclusion: The Anchoring Threaded Rod In Concrete is a star product in underground engineering, possessing robust support and strength, providing an efficient and reliable solution for supporting underground tunnels and mines. We firmly believe it will become your powerful ally in underground projects, safeguarding your endeavors. Let us work together to create a brighter future for underground engineering!
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