Products

Cast-in channels/Anchor channel is a flexible and effective solution to fix various items to precast concrete, It is for easy installation, and adjustable connection. Anchor channels are C-shaped channels with swaged bolts to transfer the load into the concrete. This material is removed easily in long sections and is 100% recyclable. LSC Support Customized, OEM&ODM are welcome, Worldwide delivery.

Our Square Magnetic Rod Separator Customized For Lithium Battery, designed for efficient liquid filtration in various industrial applications. Made from high-quality Magnetic Material, this Magnetic Bar features a Permanent Magnet that ensures effective separation of magnetic particles from liquids. The Sweeper Magnet design allows for easy cleaning and maintenance, while the Sturdy Waterproof construction ensures durability in challenging environments. Either round or square shape magnetic rods are available for customers' requirements for special applications.

Wire Rope Loop Boxes for prefabricated components are special embedded components used in prefabricated buildings. They are mainly used to fix and connect wire ropes. They usually contain one or more wire rope loops for connecting lifting equipment (such as cranes, hooks, etc.) to achieve the lifting, transportation and installation of prefabricated components. It plays an important role in prefabricated buildings, especially when large prefabricated components (such as walls, floor slabs, beams, columns, etc.) need to be lifted, and it can provide safe and reliable connection points.

Slurry Iron Removal Trolley is a device used to remove ferromagnetic impurities from slurry. It is usually used in industrial production scenarios where liquid or semi-liquid slurry needs to be processed. Its main function is to effectively remove ferromagnetic impurities such as iron powder, iron filings, and iron oxide from slurry through magnetic separation technology, thereby improving product quality, protecting production equipment, and reducing production costs.

The U60 magnetic formwork system consists of a 60 mm wide U-shaped metal channel and an integrated magnetic button system. It is an efficient formwork system designed for the production of precast concrete panels and double-layer wall panels. It is made of high-strength steel and special magnetic materials, and uses magnetic adsorption to achieve rapid assembly and precise positioning of the formwork, completely subverting the cumbersome installation process of traditional formwork systems.

Post-tensioning wedges generally consist of four parts: anchor ring, clamp, pad and screw. They are suitable for anchor bolts used for prestressed concrete in engineering construction. They are usually used in bridge construction, pre-installed and positioned, and then poured with concrete. They are buried in the concrete at both ends, that is, the ends of the corrugated pipe, and the end faces are set to remain stable when the jack is tensioned.

HRebar Clip - One type is the steel bar connector used in the construction industry, which is mainly used to fix and connect steel bars to ensure the stability and strength of concrete structures. It is an efficient and reliable connection solution commonly used in modern construction projects and is suitable for various concrete structures such as bridges, high-rise buildings, tunnels, foundations, etc. It can significantly improve construction efficiency and quality, and is particularly suitable for engineering projects with high efficiency and quality requirements.

The prefabricated concrete slab stress anchorage tensioning anchor system represents an advanced technology for the tensioning and anchoring processes in concrete structures. This system addresses the limitations of excessive prestress concentration and large bidirectional dimensions in traditional anchor groups, resulting in a more rational distribution of prestress and a thinner anchor head. The post-tensioning anchoring system demonstrates significant environmental benefits through its material selection, construction process, and long-term use, thereby reducing the consumption of natural resources and minimizing adverse environmental impacts. This system is widely applied in prestressed components of buildings, bridges, and other concrete structures to enhance structural strength and stability.

The Prestressed anchor wedges are critical components of prestressed anchorage systems, designed to secure prestressed steel bars or strands. They typically consist of an external steel barrel and internal wedge assemblies, which may be two- or three-piece configurations. These wedge assemblies ensure a secure fit with the anchored steel bar or strand through frictional engagement. The wedges are composed of wedge-shaped parts that anchor the steel by means of friction between the wedge structure and the surrounding medium, such as concrete or rock.

The Electro-Permanent Lifting Magnet (EPLM) is an advanced suction device that integrates the advantages of electromagnetic control and permanent magnet materials. It finds extensive application in various industrial sectors, particularly for heavy lifting operations. The EPLM system comprises a core electric permanent magnet assembly, along with auxiliary components such as lifting chains, cables, and an electric permanent magnet controller.

Electro Lifting Magnet is a powerful device used for lifting and handling magnetic materials, especially steel materials. Electro Lifting Magnet is widely used in different industrial fields, such as steelmaking, casting, mining, machinery, transportation and other industries. It usually consists of electromagnetic coils, magnet pole plates and control systems. Electro Lifting Magnet includes accessories such as cable reels, control panels and main controllers for easy operation and control.

The Steel Permanent Magnetic Lifter is a specialized device designed for the lifting and transportation of heavy metallic objects. It employs permanent magnet technology to generate a robust magnetic field that can securely adsorb and retain metal objects without requiring an external power source or continuous energy supply. This type of magnetic lifter typically comprises a steel enclosure, a set of internal permanent magnets, and a control handle. The internal magnets are made from high-performance materials such as NdFeB, which produce an exceptionally strong magnetic field. The steel enclosure not only protects the magnets but also enhances the overall magnetic effect. Known by various names including permanent magnetic crane, magnetic crane, and lifting magnet, this system is characterized by its compact size, powerful retention capability, absence of power requirements, minimal residual magnetic induction, and high safety factor.