Resin Bonded Ultra Thin Diamond Cutting Disc for Carbide Processing

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Product Description

📊 Basic Info.
Model NO.
HID Dresser
Application
Cutting Carbide Alloy, Optical Glass, etc.
Delivery Time
10-15 Days
Capacity
2,000 Piece Each Day
Advantage
Thin Kerf Width and High Precision
OEM/ODM
Available
Transportation
by Courier / Air
Export
Russia, Germany, Americal, Korea, Sri Lanka, Japan
Package
Carton
Specification
3" - 14"
HS Code
82023910
Production Cap.
60,000 Piece Each Month
🔍 Product Description
Ultrathin Diamond Cutting Disc for Cutting Carbide Alloy, Optical Glass, Quartz and Circuit Board

The basic structure of the ultra-thin diamond cutting disc is that the middle is made of metal, and the outer ring is a diamond working layer. Due to the use of high-rigidity metal materials to integrate the steel core and the metal bond of the outer ring, high rigidity is obtained, and high load and deep cutting can be realized. By choosing different types of bonding agents, it can be suitable for cutting and grooving of various materials. Prevent the diamond from overheating during processing and ensure the effective life of the diamond. With tooth guard, it prevents the saw blade from flying when it is used for grinding. In addition, the tooth guard can also prevent edge chipping during cutting, ensuring that the cutting is uniform and there is no bursting phenomenon.

Resin Bonded Ultra Thin Diamond Cutting Disc
📏 Specification
Specification Table Image
Diameter / Thickness 50-100 101.6-127 130-160 175-203 250-400 Thick Tolerance
0.2----1A1 ±0.005
0.3---
0.4---
0.5---
0.6--
0.7--
0.8-1A1R ±0.010
1.0-
2.0-
Hole Size: 12.7, 19.05, 20, 22.225, 25.4, 31.75, 32, 40, 50.8, 52, 60, 69.875, 88.9, 127, 191.23
Feature

• Resin bond diamond cutting discs can self-sharpen and cut sharply. The work quality can be improved due to the elastic resin bond.

• The thickness of work layer is as same as steel plate. They are mainly used for precise grooving and cutting.

• The thickness of work layer is higher than the steel plate. They have advantages for removing chips and cooling. They are mainly used for deep cutting and grooving of components.

🛠️ Series

Diamond Cutting Disc for Quartz and High Borosilicate Glass Tube Process: Specializes in precision cutting of quartz and borosilicate glass tubes. Features sharp cutting, smooth section, and long service life.

Diamond Cutting Disc for Quartz Crucible: Used for quartz glass rods, sheets, crucibles, and furnace core rods with smooth cutting surface.

Diamond Cutting Disc for Optical Glass: Ideal for camera lenses, microscopes, and telescope lenses. High sharpness and small slits.

Diamond Cutting Disc for Carbide Processing: Designed for cobalt-tungsten alloy (YG8) providing perfect slotting for rods and blocks.

Diamond Cutting Disc for Magnetic Materials: Efficiently cuts NdFeB, silicon steel, ferrite, and other brittle magnetic materials.

⚙️ Detailed Processing Range

Glass material: Various glass tube / Glass spout / Tea strainer/ High borosilicate glass / Capillary glass tube / Optical glass / Quartz glass / Crystal glass

Ceramic material: Alumina / Zirconia / Silicon Carbide / Boron Carbide / Boron Nitride / Black Ceramic

Abrasive & Magnetic: Refractory / Superfinishing stone / Ferrite / NdFeB

Alloy & Brittle metal: High speed steel / Alloy steel / Carbide (YG Series)

Processing Range Overview
Tag: Granite Diamond Cutting Disc, Resin bond 100mm Cutting Disc, Marble Diamond Cutting Disc
FAQ
What materials are these diamond cutting discs suitable for?
They are specifically designed for cutting carbide alloys (YG series), optical glass, quartz, high borosilicate glass, ceramics, and magnetic materials like NdFeB.
What are the advantages of using a resin bond?
The resin bond provides elasticity which improves work quality, allows the disc to self-sharpen, and ensures a smooth cutting surface without breakage.
Can these discs handle deep cutting and grooving?
Yes, we offer versions where the work layer thickness is higher than the steel plate, which is specifically optimized for chip removal and cooling during deep cutting.
Does the disc prevent edge chipping during processing?
Yes, the disc features a tooth guard design that prevents edge chipping and ensures uniform cutting without bursting phenomena.
Are custom sizes and OEM services available?
Absolutely. We provide both OEM and ODM services, and any specification can be customized to meet specific customer requirements for rods, blocks, or tubes.
What is the typical lead time for an order?
The standard delivery time is 10-15 days, depending on the order volume and customization requirements.

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