To solve the problem that traditional abrasive tools can only complete a single cutting or grinding task, resulting in low production efficiency and high tool replacement cost, a new multi-functional Cutting And Grinding Disc has been officially launched, integrating cutting, grinding and planing functions, and becoming a new choice for efficient metal processing. The Cutting And Grinding Disc adopts reinforced resin bonding technology and high-quality abrasive particles, which has the characteristics of high hardness, wear resistance and impact resistance, and can be widely used in cutting and grinding of low-carbon steel, stainless steel, alloy steel and cast iron. Its flat and reinforced inner surface can be used for shaping and grinding workpieces, while the thin outer edge can realize vertical cutting and planing, realizing integrated processing of multiple processes with one disc. Compared with single-function abrasive tools, this product reduces the frequency of tool replacement by 60%, saves downtime, and greatly improves production efficiency. It adopts advanced heat dissipation technology, which effectively reduces the working temperature during operation, avoids metal surface burns caused by overheating, and ensures the surface quality of processed workpieces. The product is equipped with a special anti-slip and anti-crack design, which improves the safety and service life of use, and meets the safety standards of industrial production. The product has a variety of specifications and models, which can be matched with angle grinders of different powers, and is widely applicable to metal manufacturing, construction, automobile maintenance and hardware processing industries. After being put into the market, it has been quickly recognized by a large number of processing enterprises, and has become an important tool to optimize the production process and reduce processing costs.

In response to the demand for efficient, stable and convenient mechanical connection in modern industrial production, a new type of Fast Locking Discs has been successfully developed and launched, which has subverted the traditional locking mode and become a "secret weapon" to improve the reliability of transmission systems. This product is designed for heavy load, high speed and frequent start-stop industrial equipment, and has obvious advantages in installation efficiency and connection stability. The Fast Locking Discs adopts a split-type half-ring structure, which realizes keyless connection between the shaft and the hub through the mutual engagement of tooth surfaces and uniform pressing force of high-strength bolts. Compared with traditional key connection, it avoids problems such as stress concentration and shaft damage, and the installation and disassembly process is extremely simple—only need to tighten or loosen the bolts, without special tools, and the operation can be completed in 5 minutes, which is 50% more efficient than traditional locking discs. With excellent precision positioning performance, the product can ensure accurate alignment between the shaft and the hub, reduce vibration and noise during equipment operation, and improve the stability of the transmission system. It can bear large torque load, maintain a stable connection state even under high temperature and high pressure working conditions, and greatly reduce equipment failure rate. The product is available in carbon steel, stainless steel and alloy steel materials, which can be customized according to different working conditions and customer needs. At present, Fast Locking Discs have been widely used in gearboxes, motors, pumps, fans and wind power generators in steel, papermaking, mining and aerospace industries, providing solid guarantee for continuous and stable industrial production and winning high praise from users.

Recently, a new high-precision Tungsten Steel Grinding Head has been officially launched in the global industrial market, bringing a revolutionary upgrade to the grinding processing field. This product, developed by a professional R&D team, integrates advanced material technology and precision processing craftsmanship, solving the pain points of low efficiency, poor wear resistance and unstable precision of traditional grinding heads. Made of high-quality tungsten steel material through integral forming technology, the Tungsten Steel Grinding Head has extremely high hardness, which can easily handle various metal and non-metal materials below HRC70, including hardened steel, stainless steel, marble and jade. Its wear resistance is outstanding, with a service life 10 times that of high-speed steel tools and more than 200 times that of traditional small grinding wheels, greatly reducing the frequency of tool replacement and comprehensive processing costs. Equipped with CNC precision processing technology, the cutting edge of the grinding head is extremely accurate, ensuring smooth cutting without stagnation and high surface finish of processed workpieces. It is widely applicable to complex working conditions such as mold cavity finishing, part chamfering and rounding, and weld burr cleaning, and can be compatible with various equipment such as electric grinders and pneumatic tools. In addition, the product has no dust pollution during operation, which improves the working environment while improving efficiency. Industry insiders said that the launch of this Tungsten Steel Grinding Head fills the gap in high-efficiency and high-precision grinding tools in the market, and provides reliable support for the precision processing needs of machinery, aviation, automobile and shipbuilding industries. At present, the product has passed strict quality inspection and has been put into mass production, winning unanimous recognition from the first batch of users.

News Report (Reporter: Doubao) As global manufacturing continues to advance towards precision, efficiency, and high-quality development, Mounted Flap Wheel, a key abrasive tool for surface finishing, deburring, and polishing, has become increasingly indispensable in various industrial fields. This tool, characterized by its unique structural design of abrasive flaps attached to a central shaft, integrates excellent cutting performance, stable finishing effect, and strong adaptability. It plays a crucial role in optimizing processing procedures, improving product surface quality, and reducing production costs for industries such as automotive manufacturing, aerospace, hardware processing, and electronic components.   The core performance advantages of Mounted Flap Wheel stem from scientific material selection and refined structural design. According to industry technical specifications and third-party testing data, high-quality Mounted Flap Wheels typically adopt high-toughness nylon fiber, alumina, silicon carbide, or diamond as core abrasive materials, combined with high-temperature resistant and wear-resistant adhesives through professional bonding and pressing processes. The open mesh structure of the abrasive flaps ensures efficient heat dissipation during operation, avoiding workpiece surface burns or discoloration even at high rotational speeds (up to 3000 rpm). Compared with traditional abrasive tools such as cloth wheels and sandpaper rolls, Mounted Flap Wheel features stronger self-sharpening, uniform grinding force, and no residual adhesive or black threads on the processed surface, effectively solving industry pain points such as uneven finishing, low processing efficiency, and easy workpiece deformation.   In terms of product classification and application scenarios, Mounted Flap Wheel presents distinct characteristics of diversification and specialization. Classified by abrasive material, it can be divided into alumina mounted flap wheels (suitable for metal rough grinding), silicon carbide mounted flap wheels (ideal for non-ferrous metal polishing), and diamond mounted flap wheels (for high-hardness material finishing such as ceramics and hard alloys). By size, the diameter ranges from 10mm to 100mm, and the shaft diameter varies from 3mm to 16mm, adapting to different types of handheld or automatic grinding equipment. In specific applications, Mounted Flap Wheel excels in processing complex surfaces such as curved surfaces, grooves, and edges that are difficult for traditional tools to reach: in automotive manufacturing, it is used for deburring and polishing of engine components, door handles, and gearboxes, ensuring surface roughness Ra ≤ 0.2μm; in aerospace field, it finishes titanium alloy and carbon fiber composite parts with high precision, avoiding material damage caused by excessive grinding; in hardware processing, it is widely applied to surface treatment of stainless steel tableware, door hinges, and locks, creating uniform matte or silk-like textures.