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High-Performance Green Silicon Carbide (GC) Correcting Ring Grinding Wheel: Boost Your Precision Grinding Efficiency

Green Silicon Carbide (GC) Correcting Ring Grinding Wheel: Extreme Precision for Hard & Brittle Materials

In the modern world of grinding, where micron-level precision is paramount, your tooling directly dictates product quality and efficiency. Our High-Performance Green Silicon Carbide (GC) Correcting Ring Grinding Wheel is engineered precisely for this—it's not just a grinding tool, it's the green power core for achieving superior surface finish and ultra-high efficiency!

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205 * 40 * 127 * 12 230 * 40 * 127 * 12 280 * 40 * 150 * 12 330 * 40 * 200 * 12 330 * 60 * 200 * 12

Product Description

 // GC · VITRIFIED · CORRECTING RING · PRECISION ABRASIVE 

Green Silicon Carbide
Correcting Ring Grinding Wheel

Vitrified bond · H / J grade · Grit 80#–320# · OD 205–330mm
Max 35 M/S · Hard & brittle materials · Micron-level precision

Request Quote View Specifications

 GC Abrasive 
 H / J Hardness Grade 
 80–320# Grit Range 
 35 M/S Max Speed 

微信图片_20251008100745_13_707

// CORE ADVANTAGES

Why Green Silicon Carbide Outperforms Standard Abrasives

Standard aluminum oxide wheels cannot effectively grind hard and brittle materials without causing subsurface damage, thermal cracking, or unacceptable surface finish deviation. GC's superior hardness and fracture toughness change that equation.

Premium GC Abrasive

Green Silicon Carbide (Mohs ~9.5) is harder than aluminum oxide and more friable — breaking down to expose fresh, sharp cutting edges throughout the wheel's life. Essential for tungsten carbide, precision ceramics, and optical glass.

hard brittle material grinding

Uniform Grain Size

Precisely graded grain distribution ensures consistent material removal per pass and repeatable surface finish — critical for aerospace, automotive, and optical component manufacturing where tolerances are measured in microns.

precision grinding tool · superior surface finish

⚡

Strong Cut · Low Heat

High cutting force combined with GC's self-sharpening character minimises the grinding zone temperature. Less heat means less thermal damage, fewer micro-cracks, and longer workpiece service life.

low heat generation · extended wheel life

️

Vitrified Bond (V)

The glass-ceramic bond matrix is rigid, dimensionally stable under thermal load, resistant to grinding fluids, and maintains wheel geometry accurately — safe at up to 35 M/S for high-productivity precision operations.

ceramic bond grinding wheel · high-speed stability

// TECHNICAL PARAMETERS

Full Product Specifications

Parameter	Specification	Notes & Context
Abrasive Material	Green Silicon Carbide (GC)	For hard & brittle: carbide, ceramics, optical glass, seals, bearings
Wheel Shape	Flat with Grooves — Correcting Ring	Internal / external cylindrical and face grinding operations
Bond Type	Vitrified (V)	Ceramic bond — rigid, fluid-resistant, form-stable
Hardness Grade	H Grade J Grade	H (softer bond) for harder workpieces; J for medium-hard applications
Grit Range	80# — 320#	80# rough grinding → 320# high-gloss precision finish
Max Operating Speed	35 M/S	High-speed grinding wheel classification
OD (Outer Diameter)	205mm 230mm 280mm 330mm	Large OD options for high-output production grinding
Bore Size	127mm 150mm 200mm	Confirm spindle diameter before ordering
Thickness	40mm 60mm	60mm for enhanced lateral stability on demanding operations

// COMMON SIZES · QUICK REFERENCE

Standard SKUs — GC Correcting Ring Grinding Wheels

OD × Thickness × Bore (mm)	Approx. Weight	Search Keywords
205 × 40 × 127	≈ 2,000 g	205x40x127 GC Wheel Green SiC 205mm
280 × 40 × 150	≈ 5,000 g	280x40x150 Correcting Ring Vitrified 280mm
330 × 60 × 200	≈ 8,000 g	330x60x200 GC Wheel 60mm Thick Grinding Wheel
Custom OD / bore / thickness available — contact us with your machine specification

// APPLICATIONS

Industries & Workpiece Materials

[TC]

Tungsten Carbide

Carbide cutting tool inserts
Carbide end mills & drills
Die and mould components
Wear parts and bushings

[CE]

Precision Ceramics

Technical / engineering ceramics
Alumina & zirconia components
Silicon nitride bearing balls
Ceramic seal faces

[OG]

Optical Components

Precision optical glass blanks
Lens and prism blanks
Camera & instrument optics
Flat polishing and lapping

[SB]

Seals & Bearings

Mechanical seal ring faces
Precision bearing races
Pump and valve seat grinding
High-tolerance rotary parts

// GRIT SELECTION GUIDE

Choosing the Right Grit for Your Operation

Grit selection determines the trade-off between material removal rate and surface finish quality. For most precision operations, a two-stage approach — coarse roughing then fine finishing — delivers the optimal result.

 Grit 

 Removal Rate 

 Surface Ra 

 Best Application 

80#

 ●●● High 

 Ra > 1.6 µm 

 Rough stock removal, shape correction, heavy grinding 

 120# 

 ●● ● Medium 

 Ra 0.8–1.6 µm 

 General precision grinding — most common production grit 

 180# 

 ● ●● Low 

 Ra 0.4–0.8 µm 

 Fine precision finish, seal faces, bearing race grinding 

 240# – 320# 

 ●●● Very Low 

 Ra < 0.4 µm 

 Optical-quality finish, final pass on critical surfaces 

// INSTALLATION & SAFETY

Safe Installation Procedure

Correct installation is mandatory — not optional. An incorrectly mounted vitrified grinding wheel operating at 35 M/S poses severe injury risk to operators and machine damage risk if it fails.

Step 0 · Ring Test — Mandatory Pre-Installation

Hold the wheel freely through the bore. Tap the face gently with a wooden or plastic mallet. Interpret the sound:

 ✓ PASS Clear, resonant ringing tone → structurally intact → safe to mount 

 ✗ FAIL Dull, dead, flat sound → crack present → discard immediately, do not use 

⚠NEVER skip the ring test. Always verify max RPM on the wheel label against your spindle speed before mounting. Never exceed the marked maximum operating speed under any condition.

1

Specification Verification

Confirm OD, bore, thickness, and max speed rating match your grinding machine requirements exactly. Check marked RPM against spindle speed.

2

Spindle Fit Check

Confirm bore clearance is correct — not too tight (stress) or too loose (runout). Clean all mating surfaces of debris, swarf, and burrs.

3

Flange Alignment

Mount flanges symmetrically with full, even contact against both wheel side faces. Misaligned flanges create uneven clamping stress and risk fracture.

4

Blotter Installation

Place flexible blotter paper between each flange face and the wheel. Blotters distribute clamping force evenly and protect the wheel face at the contact zone.

5

Correct Tightening

Tighten with a standard wrench — firm enough to prevent slippage, never over-tightened. Over-torquing induces radial stress cracks in the vitrified bond. Run at full speed for 60 seconds before workpiece contact.

// FAQ

Frequently Asked Questions

 What is a Green Silicon Carbide (GC) grinding wheel used for? 

Green Silicon Carbide (GC) grinding wheels are designed for precision grinding of hard and brittle materials that cannot be effectively ground with standard aluminum oxide. Primary applications include tungsten carbide cutting tools, precision ceramics, optical glass components, mechanical seal faces, precision bearing races, and other components requiring micron-level accuracy and superior surface finish.

 What is a Correcting Ring grinding wheel? 

A Correcting Ring grinding wheel is a flat wheel with grooves on its working face. The grooves improve coolant delivery to the grinding zone and allow swarf to escape, reducing heat buildup and preventing wheel loading. This profile is used in cylindrical, internal, and face grinding operations where consistent surface finish and dimensional accuracy are required across the full contact width.

 What does vitrified bond (V) mean and why is it preferred for precision grinding? 

Vitrified bond uses a glass-ceramic matrix to bind the abrasive grains. It creates a rigid, porous wheel structure that is dimensionally stable under thermal load, resistant to oils and grinding fluids, and holds its form geometry accurately — critical for precision grinding where the wheel's profile directly determines the workpiece's finished geometry. Vitrified wheels can safely operate at up to 35 M/S and are the industry standard for precision component manufacturing.

 What is the difference between H grade and J grade hardness? 

Hardness grade refers to the strength of the bond holding abrasive grains — not the hardness of the abrasive itself. H grade (softer bond) releases worn grains more freely, exposing fresh cutting edges — recommended for grinding harder workpiece materials like dense carbide where self-sharpening action prevents glazing. J grade (slightly harder bond) retains grains longer, reducing wheel wear rate — better suited for softer or more abrasive materials and where minimising wheel consumption is a priority.

 What grit should I choose for precision grinding to Ra < 0.4 µm? 

To achieve Ra below 0.4 µm, specify grit 240# or 320#. For most precision manufacturing workflows, the recommended approach is two-stage: use 80#–120# for roughing and stock removal, then switch to 240#–320# for the final finish pass. This minimises total cycle time while reaching the surface quality required for optical components, seal faces, and bearing surfaces.

 How do I perform the ring test before installing a grinding wheel? 

Suspend the wheel freely through the bore hole with a finger or rod so it can vibrate without constraint. Tap the wheel face gently with a wooden or plastic mallet — never metal. A clear, resonant ringing tone confirms the wheel is structurally intact and safe to install. A dull, dead, or flat sound indicates an internal crack — the wheel must be discarded immediately and must not be used under any circumstances. This test is mandatory before every installation.

// CONTACT & ORDERS

Request a Quote or Technical Consultation

Provide your workpiece material, machine spindle speed and bore size, required surface finish (Ra), and production volume. We will recommend the optimal specification and provide a competitive quote.

✉Emaillinyiyuping@gmail.com ☎Phone / WhatsApp+86-15605390885

Specify When Contacting Workpiece material · OD/bore/thickness · Grit · Hardness · Machine RPM · Required Ra