
Key Features
- High quality abrasive & binding materials
- Abrasive size and concentration consistency
- Superior process control
Advantages
- Higher blade cleaning efficacy during truing with abrasive grit, concentration and bond grade combination
- Less truing / cut (lines) requires, high productivitiy
- Consistent and even dice kerf, better saw quality

Spec.
|
Dicing Blades
|
||
---|---|---|---|
|
Electroformed Bond
|
Metal Bond
|
Resin Bond
|
GC600
|
#400~#1200
|
#400~#1200
|
#200~#1000
|
GC1000
|
#1500~#2000
|
#1500~#2000
|
#1500~#2000
|
GC2000
|
#2000~#3000
|
N/A
|
N/A
|
GC3000
|
#3000
|
N/A
|
N/A
|
GC4000
|
#3000
|
N/A
|
N/A
|
GC6000
|
#4000
|
N/A
|
N/A
|
GC8000
|
#5000
|
N/A
|
N/A
|
WA400
|
N/A
|
#320~#400
|
N/A
|
WA800
|
#600~#1200
|
#400~#1200
|
N/A
|
WA1000
|
N/A
|
#1500~#2000
|
N/A
|
WA2000
|
N/A
|
#2000~#3000
|
N/A
|
Abrasive
|
Feature
|
Application
|
---|---|---|
A
|
Brown aluminum oxide, hard and tough.
|
This is the most common used abrasive, especial for heavy duty grinding on general steels.
|
FA
|
The characteristic is between A and WA.
|
Special for precision grinding on alloy steels.
|
WA
|
White aluminum oxide, more friable than A.
|
Suitable for light grinding on general and hardened steels.
|
19A
|
Mixed abrasive of A and WA.
|
Precision grinding on alloy steels with low hardness.
|
GC
|
Green silicon carbide, harder and more friable than C.
|
Besides the application of C, it's also used to grind solid carbide tools.
|
Grade

Bonds
Type
|
Verified (V)
|
Resin (R)
|
Electroplated (P)
|
Sintered Metal (M)
|
---|---|---|---|---|
Features
|
Due to the porosity:
Free cutting. Good dressability. Good profileability. |
Bonds are softer.
Better surface finish of workpiece. |
Higher material removal rate due to the 30 - 50% protrusion ratio of grain diameter.
Suitable for profiled wheel body. |
Bonds are harder.
Higher wear resistance. Longer tool life. Ideal for grinding wheels with sharp edge. |