Dish Diamond in Corner

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MOQ : 1 Piece

Dish Diamond in Corner Specification

Application
Grinding, Precise Edge Polishing, Tool Sharpening

Product Type
Dish Diamond in Corner Wheel

Size
4 inch

Abrasive Grit Size
D46 (approx.)

Width of Working Layer
2 mm

Grain Size
Fine

Wheel Size
100 mm x 5 mm

Harness
Super Hard

RPM
Max 4500 RPM

Hole Size
31.75 mm (1.25 inch)

Abrasive
Industrial Diamond

Bond Type
Resin Bonded

Abrasive Concentration
Standard

Width
5 mm

Texture
Smooth

Thickness
5 mm

Depth of Working Layer
3 mm

Shape
Dish (in Corner)

Bonding Agent
Resin

Dish Diamond in Corner Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash in Advance (CID)

Supply Ability
200 Pieces Per Day

Delivery Time
12 TO 15 DAYS Days

Packaging Details
IN FOUR LAYERS. 1. IN BOX WITH BUBBLE 2. THERMOCOL SHEET 3. CARTOON BOX AND LAST 4. TRANSPARENT PVC ROLL PACKING.

Main Export Market(s)
Asia, North America

Main Domestic Market
All India

About Dish Diamond in Corner

With an aim to be an innovative and bankable firm, we are engaged in offering Dish Diamond in Corner. The offered tool is precisely manufactured at our sound production unit using the finest grade raw materials and state-of-the-art methodologies under the supervision of deft technocrats in compliance with set industry norms. Available in various specifications, this tool is highly admired by our clients owing to its smooth finish and elevated durability. Moreover, our offered Dish Diamond in Corner is available for our clients at industry leading prices.

Features:

Dimensional accuracy
Smooth surface finish
Easy installation
Precisely designed

Precision Engineering for Superior Performance

Constructed using high-quality industrial diamond and resin bonding, the Dish Diamond Wheel delivers exceptional durability and a consistently smooth grind. Its fine abrasive grain and unique dish shape are tailored for delicate operations, enabling users to achieve optimal edge sharpness and polish on a variety of tools and components.

Ideal Applications and Versatile Use

Perfect for applications such as grinding, edge polishing, and tool sharpening, this wheel excels in settings that demand precision and resilience. The dish-in-corner design is particularly effective for accessing tight spots, making it indispensable for fine finishing tasks across several industrial and workshop environments.

FAQs of Dish Diamond in Corner:

Q: How does the dish-in-corner design enhance grinding and polishing tasks?

A: The dish-in-corner shape allows for greater control and precision, especially when working in tight spaces or on detailed components. This design ensures consistent contact with the material, enabling accurate edge polishing and effective tool sharpening.

Q: What materials can be processed using this Dish Diamond Wheel?

A: The wheel is engineered for use on hard materials that require fine finishing, such as carbide, ceramics, and other industrial materials. Its super-hard, diamond-based abrasive ensures efficient results on demanding surfaces.

Q: When should this diamond wheel be replaced?

A: You should consider replacing the wheel when the working layer (3 mm deep, 2 mm wide) is worn down or if you notice diminished cutting or polishing performance, ensuring continued precision and safety.

Q: Where is this product manufactured and can it be exported internationally?

A: This Dish Diamond Wheel is produced in India and is available for export. As an experienced manufacturer and supplier, global shipping can be arranged to meet your business requirements.

Q: What is the recommended process for mounting and operating the wheel?

A: Carefully mount the wheel using the 31.75 mm (1.25 inch) bore onto compatible machinery. Always ensure proper alignment and secure attachment before use, and operate below the maximum speed limit of 4500 RPM for safety and efficiency.

Q: How is the benefit of the resin bonding and diamond abrasive technology realized in practice?

A: Resin bonding in combination with industrial diamond provides optimal balance between cutting speed, durability, and heat resistance. This results in a longer-lasting wheel, reduced need for frequent replacement, and consistently fine, smooth finishes during operation.

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