TCGT insert

TCGT insert angle: 7° Positive Rake Insert with a single-sided Chipbreaker；

Screw-On Insert, finishing geometry with high positive rake face for chip control in long chipping materials;

Triangle carbide insert;

Breaker Application: Finshing machining;

Matching Tool Holder: STFCR/L；STGCR/L,STTCR/L;

Range of TCGT insert types:TCGT090204/TCGT110204/TCGT16T304;

TCGT Insert can deal with multiple operations by combining different chip breakers and grades;

Material : Tungsten Carbide;

TCGT insert Meaning

Understanding the TCGT Insert Code

T: Shape: Trigon (triangle)
C: Clearance Angle: 7 degrees (positive)
G: Tolerance: Medium tolerance is standard, though other precision tolerances might be available.
T: Chipbreaker style & Hole Configuration. This letter designates the specific chipbreaker geometry and whether the insert has a hole or not. Chipbreaker variations are numerous and manufacturer-specific.
Numerical Digits:
- First Two Digits: Inscribed circle (IC) diameter in millimeters. To obtain the approximate inch equivalent, divide this number by 25.4.
- Next Two Digits: Thickness in millimeters. Divide by 25.4 to convert to inches.
- Last Two Digits: Corner radius in millimeters. To convert to inches, divide by 25.4.

TCGT insert tool holder

TCGT carbide Insert Dimensions (ISO)

ISO Designation	Inscribed Circle (IC)	Thickness	Corner Radius
TCGT 110202	11mm (0.433")	2.38mm (0.094")	0.2mm (0.008")
TCGT 110204	11mm (0.433")	2.38mm (0.094")	0.4mm (0.016")
TCGT 16T304	16mm (0.63")	3.18mm (0.125")	0.4mm (0.016")
TCGT 16T308	16mm (0.63")	3.18mm (0.125")	0.8mm (0.031")

Example: TCGT 110204

Trigon (triangle) shape
7-degree positive clearance angle
Medium tolerance
Manufacturer-specific chipbreaker and hole configuration
11mm inscribed circle diameter (approx. 0.43″ in inches)
2.38mm thick (approx. 0.094″ in inches)
0.4mm corner radius (approx. 0.016″ in inches).

The Science Behind Carbide Inserts: How They're Made and Why They're So Strong

Carbide inserts are some of the most versatile and durable cutting tools available. But how are they made? And what makes them so strong? In this video, we’ll explore the science behind carbide inserts, from the properties of tungsten carbide to the manufacturing process.