CAHARD vacuum-brazed diamond wire saw rope is designed for demanding industrial metal-cutting applications, including steel cutting, large metal component cutting, and underwater or offshore metal cutting.
Vacuum-brazed diamond bead technology is suitable for a wide range of industrial metal-cutting projects. Final wire specifications and operating parameters should be selected according to the metal type, workpiece dimensions, machine configuration, and cutting conditions.
| Specification | Reference Value |
|---|---|
| Bead Diameter | Φ10.2–10.5 mm |
| Beads / Meter | 40–48 beads/m |
| Bead Type | Vacuum Brazed |
| Fixation | Rubber + Spring |
| Typical Application | Steel & Metal Structures |
| Reference Cutting Rate | 0.8–2.0 m²/h |
| Reference Wire Life | 0.5–1.0 m²/m |
CAHARD vacuum-brazed diamond wire saw rope is suitable for industrial metal-cutting projects where the wire configuration needs to be matched to the material, workpiece structure, and operating environment.
Designed for industrial steel-cutting applications.
Suitable for industrial metal workpieces requiring a vacuum-brazed diamond wire cutting solution.
Suitable for large metal components where workpiece size, cutting cross-section, and machine configuration are important selection factors.
Suitable for underwater and offshore metal-cutting applications.
Suitable for complex metal-cutting projects where the wire specification needs to be matched to the workpiece dimensions, cross-section, and operating conditions.
Uses vacuum-brazed diamond beads developed for demanding metal-cutting applications.
Designed for industrial steel-cutting applications.
Suitable for large metal workpieces where cutting cross-section and machine setup are important project considerations.
Suitable for underwater and offshore metal-cutting projects.
To help CAHARD evaluate your application and recommend a suitable vacuum-brazed diamond wire configuration, please provide the following information when possible:
CAHARD can recommend a suitable vacuum-brazed diamond wire configuration based on your metal type, workpiece structure, machine, and cutting conditions.