The 400H Heavy-Duty Brazed Diamond Saw Blade is a purpose-built industrial cutting tool developed and manufactured by UHD Ultrahard Tools Co., Ltd. to meet the rigorous heavy-load cutting requirements of construction sites. Engineered with UHD's mature ultrahard material technology and industry-leading brazing craftsmanship, this saw blade delivers outstanding wear resistance, stable cutting performance and long service life, making it an ideal solution for high-efficiency processing of concrete, natural stone, tiles and a wide range of other hard materials.
Ideal for heavy-duty cutting operations of concrete components, hardened ground, expansion joints and building demolition works, adapting to the complex and changeable on-site environment.
Suitable for fixed-size cutting, trimming and grooving of granite, marble and other natural stone materials, delivering smooth cut surfaces and high forming accuracy.
Stably handles cutting tasks of various hard materials such as ceramic tiles, paving bricks and artificial stone slabs, meeting the diverse processing demands for decoration and engineering.
| Item | Specification Details |
|---|---|
| Product Name | 400H Heavy-Duty Brazed Diamond Saw Blade |
| Overall Diameter | 400mm |
| Manufacturing Process | Vacuum brazing |
| Main Applicable Materials | Concrete, stone, tiles and other hard building materials |
| Application Field | Construction engineering, stone processing, industrial cutting |
As a leading high-tech enterprise focusing on the R&D and production of ultrahard material tools, UHD Ultrahard Tools adheres to the development philosophy of "quality builds brand" and has long been committed to providing global industrial customers with reliable, high-performance diamond cutting tool solutions. Every 400H brazed diamond saw blade goes through strict quality inspection and performance testing before delivery, to ensure it consistently meets the heavy-duty cutting requirements of different industrial scenarios and helps users achieve stable improvement of processing quality and operation efficiency.