Baoji Yuchenghai Titanium Industry Co., Ltd.
Baoji Yuchenghai Titanium Industry Co., Ltd.

BYC ti is a brand specializing in metal processing components. 


In addition to titanium, our main products include high-performance metals such as nickel, zirconium, tungsten, molybdenum, and niobium. 


We are dedicated to providing high-quality metal processing solutions to meet the needs of various industries.


Other Metal Product List

Main Features of Other Metal Products

  • Exceptional Durability

    Our other metal products are built to last, with high - quality materials.

  • Custom-made Options

    Tailored to meet various client needs, ensuring unique solutions.

  • Superior Corrosion Resistance

    Resistant to rust and corrosion, suitable for diverse environments.

  • High-precision Manufacturing

    Precise production process guarantees accurate dimensions.

  • Cost-effective

    Offer good value for money without sacrificing quality.

Production of BYC Ti Other Metal Products

Production of BYC Ti Other Metal Products
Production of BYC Ti Other Metal Products
Production of BYC Ti Other Metal Machining Products
Production of BYC Ti Other Metal Machining Products

5 Metals for Machining: What Do You Need?

Nickel

Advantages:

1. Nickel offers excellent corrosion resistance, extending product lifespan.

2. It has high malleability, enabling easy shaping into various forms.

3. Nickel - containing alloys enhance strength in industrial applications.


Characteristics:

1. Nickel is a silvery - white metal with a lustrous appearance.

2. It has magnetic properties at room temperature in its pure form.

3. Nickel shows good heat and electrical conductivity.


Zirconium

Advantages:

1. Zirconium offers remarkable corrosion resistance, ideal for harsh environments.

2. It has a low neutron absorption, crucial for nuclear applications.

3. Zirconium - based alloys enhance strength in aerospace components.


Characteristics:

1. Zirconium is a lustrous, silvery - white metal with high heat resistance.

2. It forms a tough oxide layer, contributing to its corrosion-resistant nature.

3. Zirconium shows good malleability for easy shaping into products.


Molybdenum

Advantages:

1. Molybdenum boosts steel's strength and heat resistance, enhancing durability.

2. It improves corrosion resistance in alloys, suitable for diverse applications.

3. Molybdenum - containing catalysts enhance chemical reaction efficiency.


Characteristics:

1. Molybdenum is a silvery - white metal with high melting point.

2. It has good electrical conductivity and is relatively hard.

3. Molybdenum shows high resistance to wear and deformation.


Tungsten

Advantages:

1. Tungsten, with its ultra-high melting point, suits high-temperature applications well.

2. It offers great hardness, making products highly durable and wear-resistant.

3. Tungsten-based alloys enhance strength in heavy-duty machinery parts.


Characteristics:

1. Tungsten is a dense, grayish - black metal with excellent heat stability.

2. It has high electrical resistivity and retains shape under extreme heat.

3. Tungsten shows remarkable resistance to corrosion and oxidation.


Niobium

Advantages:

1. Niobium improves alloy strength and ductility, enhancing product performance.

2. It enables superconductivity at low temps, vital for advanced tech.

3. Niobium's corrosion resistance makes it suitable for harsh environment uses.


Characteristics:

1. Niobium is a soft, gray metal with good malleability for shaping.

2. It has a high melting point and exhibits unique magnetic properties.

3. Niobium forms stable oxides, contributing to its protective nature.


Titanium

Advantages:

1. Titanium offers high strength - to - weight ratio, ideal for aerospace and sports.

2. Its excellent corrosion resistance suits marine and medical applications.

3. Titanium implants promote biocompatibility for human body use.


Characteristics:

1. Titanium is a lustrous, silver - white metal with good heat resistance.

2. It has low density yet high mechanical strength.

3. Titanium forms a self-healing oxide layer for added protection.