
Resin Bonded Cut-Off Wheel For Bench Grinder
High-performance resin bonded cut-off wheels are engineered specifically for stationary bench grinders and workshop grinding equipment. Designed to deliver fast, precise, and burr-free cutting, these wheels excel in severing a wide range of ferrous and non-ferrous metals. Manufactured using premium-grade aluminum oxide grains bonded with high-strength synthetic resins, they offer an optimal balance between rapid material removal and extended service life.
These industrial-grade cutting discs feature double-sided reinforced fiberglass mesh, ensuring maximum structural integrity and operator safety during high-speed rotation. Whether deployed in heavy industrial fabrication plants, maintenance workshops, or commercial metalworking setups, these wheels minimize vibration and reduce material waste, significantly optimizing workflow efficiency.
Product Specifications
|
Item |
Technical Specification |
|
Abrasive Material |
Premium Aluminum Oxide (A) |
|
Bonding Type |
Resin Bonded / Resinoid (BF) |
|
Reinforcement |
High-Tensile Dual Fiberglass Mesh |
|
Hardness Grade |
Medium to Hard (R, S, T Grades available) |
|
Shape Type |
Flat / Depressed Center available |
|
Maximum Linear Speed |
80 meters per second |
|
Manufacturing Standard |
Certified to EN12413 and International Safety Codes |
Manufacturing Capabilities & Supply Chain Advantages
Raw Material Traceability: We source only high-purity aluminum oxide abrasives and premium phenolic resins to ensure consistent foundational quality.
Automated Hydraulic Pressing: Utilizing fully automated production lines guarantees uniform density and consistent weight across all production batches.
Precision Computer-Controlled Ovens: Advanced curing cycles ensure the resin matrix reaches peak polymer strength, eliminating brittle points.
Strict Batch-to-Batch Consistency: Rigorous process controls ensure that the performance of the thousands disc matches the first.
High Volume Production Capacity: Scale-optimized manufacturing facilities ensure stable lead times even during seasonal demand peaks.
Technical Features & Performance Benefits
High Material Removal Rate: Premium aluminum oxide abrasive grains self-sharpen during operation, ensuring continuous sharp cutting action and reduced cycle times.
Enhanced Matrix Durability: The advanced resinoid bonding matrix prevents premature grain shedding, maximizing the usable lifespan of each disc.
Dynamic Balance Calibration: Every batch undergoes strict balancing checks to minimize vibration, protecting the bench grinder spindle and reducing operator fatigue.
Multi-Layer Reinforced Safety: Built with high-tensile fiberglass mesh layers to withstand heavy lateral forces and prevent wheel breakage under high-speed operations.
Clean and Cool Cutting: Engineered to minimize heat generation during cutting, preventing thermal discoloration (burning) of the workpiece and reducing burr formation.
Comprehensive Applications
Target Workpieces & Materials
Carbon Steel & Mild Steel: Structural beams, angle iron, solid bars, and thick plates.
Stainless Steel (Inox): Heavy-wall tubes, pipes, and corrosion-resistant alloys.
Cast Iron: Grey iron, ductile iron components, and casting gates/risers.
Alloy Steel: Tool steel, spring steel, and hardened metal components.
Profiles & Sections: Rebar, sheet metal profiles, metal decking, and industrial tubing.
Industry Applications
Heavy Metal Fabrication & Welding Shops
Industrial Machinery Manufacturing
Shipbuilding, Marine Maintenance, and Marine Engineering
Automotive Component Repair and Chassis Fabrication
Construction Sites, Infrastructure Projects, and Structural Steel Erection
General Plant Maintenance and Field Repair Workshops
Machinery Compatibility
These cut-off wheels are optimized for use with the following equipment types:
Standard Industrial Bench Grinders (equipped with appropriate safety guards and flanges)
Pedestal Grinders and Workshop Buffing/Grinding Stations
Stationary Abrasive Chop Saws and Cut-Off Machines
Automated Industrial Grinding and Cutting Systems
Quality Control & Safety Testing Protocol
Before dispatch, random samples from every production lot must pass the following multi-stage evaluation processes:
Raw Material Grading: Sieve analysis and bulk density checks of abrasive grains.
Rotational Destructive Testing: Speed testing to verify that burst speeds far exceed standard operating parameters.
Dynamic Balance Testing: Mechanical measurement of unbalance to eliminate heavy spots that cause vibration.
Side Impact Resistance Testing: Ensuring the fiberglass reinforcement can handle unexpected lateral pressure.
Real-world Cutting Performance Trials: Verifying cuts per wheel, wear ratios, and cutting speed against benchmark materials.
Packaging & Shipping Logistics Options
Primary Packaging: Moisture-resistant shrink wrapping to protect wheels from humidity during maritime transport.
Secondary Packaging: High-density corrugated inner cartons to prevent edge chipping.
Master Shipping Cases: Double-wall export cartons secured with heavy-duty strapping bands.
Palletization: Standardized ISPM-15 heat-treated wooden pallets or plastic pallets, fully stretch-wrapped with corner protectors to ensure safe forklift handling.
FAQ
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