Cutting Tool Triangle Carbide Inserts TCMT

Name: Cutting Tool Triangle Carbide Inserts TCMT
Brand: Shenzhen Ussharp Cutting Technology Co.,ltd
SKU: 1075123492_1
Price: 1.64 USD
Availability: InStock
Rating: 4.8 (100 reviews)

Product overview

Core functionalities

Applicable scenarios

Unique advantages

Precision Metal Turning: The triangular carbide design ensures stable, accurate cuts in aluminum, steel, cast iron, and copper, enhancing machining efficiency.
Durable Cutting Performance: Carbide material resists high temperatures and pressures, prolonging tool life compared to standard steel inserts.

Key features

1. Material Technology

With a carbide material, you can achieve exceptional durability and resistance to high temperatures and pressures during machining. ~30% longer tool life compared to steel inserts*

2. Interactive Design

With its triangular shape and central mounting hole, you can ensure precise control and stability during metal turning operations. Optimized geometry reduces vibration for smoother cuts compared to standard inserts*

3. Performance Parameters

With compatibility for aluminum, steel, cast iron, and copper, you can efficiently machine a wide range of materials. Suitable for both light and heavy-duty applications*

4. Scenario Solutions

Designed for CNC machines and lathes, this insert provides reliable performance in continuous industrial operations. Ideal for high-volume production environments requiring consistent precision*

5. Certification Standards

Manufactured to meet industrial standards for cutting tool performance and safety, ensuring reliable operation in demanding metalworking environments. Compliance with ISO/ANSI specifications may apply*

Product details

The TCMT Triangle Carbide Inserts are precision-engineered cutting tools designed for high-performance metal turning applications. Crafted from a carbide-steel composite, these triangular inserts deliver exceptional durability, heat resistance, and stability for machining aluminum, steel, cast iron, and copper. Their modular design and customizable parameters make them adaptable to diverse industrial needs.

Technical specifications

Feature	Specification	Application Scenario
Material	Carbide-steel composite	Withstands high temperatures in CNC machining
Shape	Triangular with central mounting hole	Ensures precise alignment in lathes
TCMT Type	Optimized for metal turning	Ideal for heavy-duty turning operations
Workpiece Material	Aluminum, Steel, Cast Iron, Copper	Versatile for multi-material machining
Durability	1400HV hardness, 900°C heat resistance	Prolongs tool life in harsh environments

Customization guide

Adjustable parameters include geometry angles, coating thickness, and carbide grade to meet specialized needs such as:

Sharpened edge angles for softer materials like aluminum
Enhanced coatings for high-speed machining
Harder carbide grades for abrasive metals like cast iron

Get inspired

With the TCMT insert’s triangular design and carbide-steel core, manufacturers can achieve consistent precision in CNC machining. Whether turning intricate aluminum parts or durable steel components, these inserts reduce downtime and ensure superior surface finishes.

Choose your model

Parameter	Base Model	Advanced Model	Pro Model
Hardness (HV)	1400	1600 (+14%)	1800 (+29%)
**Heat Resistance (°C)	900	950 (+5%)	1000 (+11%)
Coating Thickness	8μm	10μm (+25%)	12μm (+50%)
Edge Stability	Standard	Improved	Premium

Supplier's note

Three Technical Breakthroughs:
- Carbide-Steel Composite: Combines carbide’s hardness with steel’s structural integrity for 20% longer tool life than monolithic carbide inserts.
- Advanced Coatings: The Pro Model’s 12μm diamond-like carbon (DLC) coating reduces friction by 30%, enabling smoother cuts in high-temperature environments.
- Triangular Geometry: Optimized chip evacuation reduces heat buildup, enhancing performance in continuous machining.
Optimal Version Selection:
- Base Model: Suitable for general workshops machining aluminum or mild steel. Its balanced specs minimize costs for low-to-medium volume production.
- Advanced Model: Ideal for manufacturers handling harder steels or requiring 25% faster feed rates. The thicker coating extends tool life in abrasive applications.
- Pro Model: Designed for heavy-duty cast iron machining or high-temperature environments. Its 1800HV hardness and 1000°C tolerance ensure reliability in extreme conditions.

With the Pro Model’s enhanced heat resistance, you can safely machine cast iron at speeds 15% faster than industry benchmarks. Pair its DLC coating with CNC lathes for reduced downtime and flawless surface finishes.

Frequently asked questions

Which TCMT carbide insert model is best suited for machining aluminum?
How do I clean and maintain TCMT carbide inserts to extend their lifespan?
Why is carbide preferred over high-speed steel for TCMT inserts in metal turning?
Can TCMT carbide inserts be customized for specific machining requirements?
Are TCMT carbide inserts ISO-certified for industrial metalworking applications?
How does the triangular shape of TCMT inserts enhance cutting efficiency?
What materials are TCMT carbide inserts suitable for besides aluminum?
How do TCMT inserts reduce downtime in CNC machining operations?

Product comparison

Category	Usage Scenarios	Characteristics	Advantages	Disadvantages
Material Composition	Heavy-duty machining (e.g., aerospace parts)	Industry Standard: High-speed steel (HSS) ▲ Our Base: Carbide (1400 HV ASTM E18) ▲ Our Advanced: Coated carbide (1500 HV ISO 3685)	Base: 2x harder than HSS; Advanced: 10% higher wear resistance (ISO 3685)	Base: Risk of chipping under extreme force; Advanced: Higher cost (+20%)
Cutting Efficiency	CNC machining of aluminum/steel	Industry Standard: 120 m/min feed rate ▲ Our Base: 150 m/min (ISO 2367) ▲ Our Advanced: 180 m/min (ISO 3685)	Base: 25% faster than HSS tools; Advanced: 50% less cycle time for complex parts	Requires precise machine calibration; Advanced: Sensitive to coolant quality
Thermal Resistance	High-temperature casting operations	Industry Standard: 800°C ▲ Our Base: 1000°C (ISO 3696) ▲ Our Advanced: 1100°C (ASTM C1364)	Base: Withstands furnace-grade heat; Advanced: 14% longer life in high-heat zones	Risk of thermal shock if cooled abruptly; Advanced: Requires specialized cooling systems
Workpiece Compatibility	Multi-material workshops (e.g., automotive)	Industry Standard: Limited to steel ▲ Our Base: Aluminum, steel, cast iron ▲ Our Advanced: + copper (ASTM E8/E9 verified)	Base: Reduces tool changes by 40%; Advanced: Handles copper without deformation	Ineffective on titanium or exotic alloys; Advanced: Requires material-specific coatings
Tool Life	High-volume production runs	Industry Standard: 200 minutes ▲ Our Base: 250 minutes (ISO 3685) ▲ Our Advanced: 300 minutes (ISO 2367)	Base: 25% fewer replacements; Advanced: 50% lower downtime costs	Base: Less durable for titanium; Advanced: Requires expert maintenance
Customization Options	Specialized machining (e.g., medical devices)	Industry Standard: Fixed geometry ▲ Our Base: Adjustable geometry ▲ Our Advanced: Custom coatings (ISO 14577)	Base: 30% faster setup for varied tasks; Advanced: Tailored edge geometry for precision cuts	Base: Limited coating options; Advanced: 2-week lead time for customization