News Center

05-29

Metal Bond Diamond Mounted Points for precison Grinding and Dressing

Metal Bond Diamond Mounted Points are precision-engineered tools designed for precisionl grinding, dressing, and shaping of hard and brittle materials. Manufactured by sintering a matrix of powdered metal and industrial-grade diamond particles onto a steel shank, these mounted points offer superior hardness, durability, and dimensional stability. They are ideally suited for applications involving difficult-to-machine materials such as high-chrome steels, tungsten carbide, ceramics, sapphire, superalloys, and glass.

2025-05-29

05-23

Are Hybrid Bond Diamond/CBN Grinding Wheels the Right Choice for Your Workshop?

If you’re looking to elevate the performance of your grinding operations—especially when dealing with hard-to-grind materials—hybrid bond diamond or CBN grinding wheels could be the solution. These wheels represent a next-generation approach to abrasives by combining the strengths of traditional bond types: resin, metal, and vitrified.

2025-05-23

08-15

5 setups for Ceramic Grinding

How to Choose the right wheel is critical for success.

2024-08-15

07-19

Why use cylindrical grinding

The choice of grinding wheel not only affects the machining accuracy and surface quality of the workpiece, but also affects the loss, service life, production efficiency and production cost of the grinding wheel. To achieve the purpose of choosing a grinding wheel reasonably, the following basic principles should be observed

2024-07-19

05-24

Evolving Lead Times in Blade and Grinding Wheel Production

The evolution of lead times in blade and grinding wheel production reflects the dynamic nature of the manufacturing industry. While advancements in technology and materials have enabled shorter lead times for certain products, the interplay between blades and grinding wheels remains pivotal in optimizing efficiency and performance. By understanding and addressing the specific requirements of different applications, manufacturers can adapt their processes to meet evolving market demands, thereby driving progress and innovation in the realm of industrial machining.

2024-05-24

04-29

The Strengths of CBN Wheels in Metal Grinding Processes

CBN wheels represent a transformative advancement in the realm of metal grinding operations. Their unmatched durability, precision, and adaptability render them indispensable assets across a spectrum of industries. As technological progress continues, CBN wheels serve as a testament to the creativity and innovation propelling advancements in abrasive machining.

2024-04-29

04-28

JR Cutoff Wheels: Precision, Versatility, and Performance

In the realm of industrial operations where precision and efficiency are paramount, the choice of cutoff wheels plays a pivotal role in determining the success of various applications. As demands for versatility, durability, and performance continue to escalate, JR emerges as a reliable ally, poised to meet the diverse requirements of industries worldwide. With a commitment to excellence and a reputation for delivering top-notch products, JR offers a comprehensive range of cutoff wheels tailored to suit a multitude of applications.

2024-04-28

04-02

What are metal bond grinding wheels and what benefits do they offer?

Metal bond grinding wheels, a staple in diamond grinding wheel manufacturing, are crafted through three distinct processes: cold press, semi hot press, and hot press modes.

2024-04-02

03-29

Advantages of Metal Bond Grinding Wheels

Each superabrasive grinding wheel comprises diamond or CBN grit enclosed within a supporting matrix referred to as the "bond." The primary bonding systems include resin, vitrified, plated, and metal. Among these, metal bond grinding wheels stand out due to their overall versatility and extensive availability.

2024-03-29

03-09

Advantage of metal bond diamond grinding wheel

Metal bond grinding wheels originate from a blend of superabrasive grit and metal powder, commonly bronze but occasionally iron or nickel. This mixture is evenly distributed along the periphery of a metal grinding wheel form, then subjected to temperatures of approximately 1,400°F (760°C). At such high temperatures, the metal particles start to melt and intermingle, forming a dense matrix that securely holds the abrasive grit, surpassing the grip of resin or vitreous bond wheels.

2024-03-09