Titanium alloy is a metal material with high structural strength, light weight, and a range of excellent properties. It is widely used in aerospace, medical equipment, chemical industries, and other high-performance fields. Titanium alloy is a metal material with high structural strength, light weight, and a range of excellent properties. It is widely used in aerospace, medical equipment, chemical industries, and other high-performance fields. Titanium alloy is a metal material with high structural strength, light weight, and a range of excellent properties. It is widely used in aerospace, medical equipment, chemical industries, and other high-performance fields. Titanium alloy is a metal material with high structural strength, light weight, and a range of excellent properties. It is widely used in aerospace, medical equipment, chemical industries, and other high-performance fields. Titanium alloy is a metal material with high structural strength, light weight, and a range of excellent properties. It is widely used in aerospace, medical equipment, chemical industries, and other high-performance fields.
Titanium alloy is a metal material with high structural strength, light weight, and a range of excellent properties. It is widely used in aerospace, medical equipment, chemical industries, and other high-performance fields. Titanium alloy is a metal material with high structural strength, light weight, and a range of excellent properties. It is widely used in aerospace, medical equipment, chemical industries, and other high-performance fields. Titanium alloy is a metal material with high structural strength, light weight, and a range of excellent properties. It is widely used in aerospace, medical equipment, chemical industries, and other high-performance fields. Titanium alloy is a metal material with high structural strength, light weight, and a range of excellent properties. It is widely used in aerospace, medical equipment, chemical industries, and other high-performance fields. Titanium alloy is a metal material with high structural strength, light weight, and a range of excellent properties. It is widely used in aerospace, medical equipment, chemical industries, and other high-performance fields.

Self Tapping Threaded Insert W. 3 Hole - titanium

SELF TAPPING THREADED INSERT W. THREE CUTTING HOLE - TITANIUM

In high-performance industries such as aerospace, medical, and elite motorsports, the balance between weight reduction and structural integrity is critical. Our Titanium Self-Tapping Threaded Inserts offer a premium fastening solution for low-strength substrates like aluminum, magnesium, and advanced composites. Utilizing a sophisticated 3-hole self-cutting design, these inserts tap their own threads during installation—eliminating pre-tapping entirely. This transforms a complex machining process into a single, efficient step while eradicating the risk of stripped threads.


【Key Features & Technical Highlights】
Premium Titanium Material: Offering an exceptional strength-to-weight ratio, our titanium inserts are approximately 60% the weight of stainless steel while providing superior fatigue strength and outstanding corrosion resistance in harsh environments.

Precision 3-Hole Cutting Design: The symmetrical cutting-hole geometry ensures even distribution of cutting force and efficient chip clearance, resulting in smooth installation and flawless alignment.

Superior Pull-out & Vibration Resistance: The specialized external thread profile maximizes the contact surface with the substrate, delivering high Axial Load capacity and maintaining fastener security under intense, high-frequency vibration.

Thermal Stability & Low Magnetic Interference: Titanium’s inherent low magnetic signature and excellent thermal properties make it ideal for sensitive electronics and environments with fluctuating temperatures.


【Industry Applications】
Our titanium inserts are the preferred choice for Aerospace satellite components, Performance Automotive engine assemblies, High-end Electronics requiring low magnetic interference, and Medical Robotics where bio-compatibility and strength are paramount.

INSTALL BLIND RIVET NUT BY HAND TOOL

MATERIAL AVALIABLE：

TITANIUM

ADVANTAGE:

1.HIGH PULL-OUT STRENGTH

2.HIGH TORQUE RESISTANCE

3.STRONG WEAR RESSTANCE THREAD

4.FAST, EASY INSTALLATION

5.EXTREME VIBRATION RESISTANCE

OTHER SIZE, MATERIAL ARE AVAILABLE UPON REQUEST

 
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heavy duty:

thin wall:


 
 
 

With its unique properties and versatile advantages, titanium alloy stands out as a leading material in modern high-tech industries. However, its relatively high cost remains a primary limitation for its broader application.
 Below are its characteristics and advantages:

Characteristics

  1. High Strength-to-Weight Ratio
    Titanium alloy has a density of about 60% that of steel but offers comparable or even higher strength, making it an ideal material for lightweight structural designs.

  2. Excellent Corrosion Resistance
    Titanium alloy exhibits exceptional resistance to corrosion in harsh environments, such as seawater, acidic, or alkaline conditions. It does not rust or degrade easily.

  3. Good High-Temperature Performance
    Titanium alloy retains excellent strength and stability at high temperatures, withstanding up to approximately 600°C, making it suitable for components used in high-temperature environments.

  4. Good Machinability
    Although titanium alloy is relatively hard, it can be welded, forged, and machined effectively with proper techniques.

Advantages

  1. Lightweight
    Titanium alloy is ideal for applications requiring reduced structural weight, such as aircraft, aerospace equipment, and high-performance sports gear.

  2. Long Service Life and Reliability
    Its excellent corrosion resistance and fatigue resistance ensure that titanium alloy products maintain stable performance during long-term use.

  3. Energy Efficiency and Environmental Friendliness
    Due to its high strength and lightweight characteristics, the use of titanium alloy can reduce energy consumption and lower carbon emissions.

  4. Versatility
    Titanium alloy can adapt to various extreme environments, such as high temperatures, high pressures, and highly corrosive media, making it widely applicable in fields ranging from aerospace to chemical equipment.

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