Meijie Superhard Materials – Precision Tools for Global Manufacturing.
Custom-built for solar photovoltaic glass processing, this grinding wheel is compatible with mainstream equipment from manufacturers such as Bottero, KLW, Yihai, Demai, and Faborman. Utilizing diamond as the core abrasive and premium binders like bronze alloy, it is engineered to optimize the efficiency, stability, and finished product quality of PV glass edge grinding. It serves as a professional abrasive solution tailored for photovoltaic manufacturing.

Core Advantages

  • High-Efficiency & High-Speed Grinding

    High-Efficiency & High-Speed Grinding

    With exceptional sharpness, it achieves an edge grinding speed of 10–18 meters per minute. When used on a triple-head grinding machine, the feed rate can reach up to 18 m/min, significantly boosting production efficiency.
  • Ultra-Long Service Life & Cost Efficiency

    Ultra-Long Service Life & Cost Efficiency

    A complete set offers a service life exceeding 60,000 meters per slot, with a typical lifespan of over 50,000 meters per set in applicable scenarios. This reduces replacement frequency and lowers long-term consumable costs.
  • Superior Finish Quality

    Superior Finish Quality

    Produces smooth, flat edges free of chipping or defects, fully meeting the stringent precision requirements of photovoltaic glass processing.
  • Excellent Compatibility

    Excellent Compatibility

    Compatible with multiple mainstream PV glass processing machines. Available in a wide range of specifications and shapes to cover diverse production needs.

Key Parameters

Outer Diameter80–200 mm
Inner Diameter Options12, 22, 50, 60, or 90 mm (to suit various equipment mounting requirements)
Processing CapabilityCan process photovoltaic glass with thicknesses from 2 to 18 mm, covering mainstream product specifications.
Diamond Grit SizesAvailable from 80# to 400#
Wheel ProfilesMultiple shapes including arc type (e.g., R200/50/60/90) and notch type (e.g., 2.0/3.2/3.5/4.0 mm), designed for different edge grinding processes.
Subscribe
*
*
*
Submit