Rods for Manufacturing 3D Printing Powder
Your Leading Rods For Manufacturing 3D Printing Powder Supplier
Baoji Tengyuan New Metal Material Co., Ltd. was established in 2013 and is located in Bawanghe Industrial Park, Jinqu Town, Meixian County, Shaanxi Province. It is a professional company engaged in the materials and manufacturing of titanium and titanium alloys, nickel and nickel alloys.Our Products includes the following: U-shaped titanium profile, L-shaped titanium profile, Titanium square tube, Rods for manufacturing 3D printing powder,Titanium rods,Titanium plates,Titanium Wire,Titanium Pipe.
Why Choose Us?
Our factory
The company has a garden style factory area and over 14000 square meters of standardized workshops. We has more than 200 number of employees, the annual output reaches 20,000 tons.
Production equipment
The company has four production workshops: Melting workshop, precision casting workshop, EB (electron beam cold bed furnace) furnace workshop, and tube billet workshop.
Product application
The products are widely used in industries such as aerospace, marine engineering, petrochemical industry, military products, chemical equipment, pharmaceutical equipment, mechanical engineering, metal 3D printing, and electronic products.
Production market
We have customers from both domestic market and oversea market. Our main sales market: Europe, Southeast Asia, Russia, South Korea, Japan.
Ti6Al-4V, Grade 5: The most important and common Titanium alloy. It is used in additive manufacturing due to its high strength and durability. The alloy is composed of Titanium, aluminum and vanadium and can withstand high temperatures and corrosive environments.
Ti6Al-4V, Grade 23: Due to its biocompatibility, it is often used in medical implants and prostheses.
Ti Beta 21S: Stronger than traditional Titanium alloys and more resistant to oxidation and deformation. It is ideally suited for orthopedic implants and aerospace engine applications. Beta Titanium is highly regarded in orthodontics.
Cp-Ti (pure Titanium), grade 1, grade 2: Due to the biocompatibility of Titanium with the human body, this alloy has a wide range of applications in the medical industry.
TA15: An alloy made almost entirely of Titanium with the addition of aluminum and zirconium. Parts made from this alloy are very strong and resistant to high temperatures, making them ideal for making strong components for aircraft and engines. They are also very light relative to their strength.
Advantages of Rods for Manufacturing 3D Printing Powder
High strength and low density
Titanium and its alloys are known for their high strength-to-weight ratio, being stronger than steel but less dense.
Suitable for applications that require high strength but light weight, such as aerospace, medical equipment, etc.
Excellent corrosion resistance
Titanium is extremely resistant to oxidation and corrosion, especially in salt water, acidic environments and high temperatures.
Applicable to fields such as marine engineering, chemical industry and biomedicine.
Good biocompatibility
Titanium is non-toxic and is not rejected by the human body, making it the material of choice for medical implants such as orthopedic implants and dental implants.
Customizable complex structures
3D printing technologies (such as selective laser melting, electron beam melting, etc.) can accurately produce complex geometries.
Reduce material waste in traditional processing and improve production efficiency.
Excellent high temperature resistance
Titanium alloys maintain good strength at high temperatures and are widely used in aero engines, spacecraft and other high temperature environments.
Limited processing performance
Titanium rods have a high hardness and are difficult to process, usually requiring special equipment.
However, 3D printing reduces the need for traditional processing of complex parts.
High Cost
The raw materials of titanium and its powder are relatively expensive, and the processing and printing processes have strict requirements on equipment.
Excellent surface performance
The 3D printed titanium rod can be further improved in terms of mechanical properties and surface quality, such as wear resistance and smoothness, after heat treatment and surface treatment.
Applications Of Rods for Manufacturing 3D Printing Powder
Aerospace
Aircraft and rocket engine components, airframes, helicopters, drones. Reduces part counts up to 90% vs assembled structures.
01
Medical and dental
Orthopedic implants, prosthetics, fixations and instruments where high strength and bio-compatibility is vital. Enables customized designs matched to patient anatomy.
02
Automotive and motorsports
Lightweighting parts like connecting rods, gear shifters, propeller shafts while exceeding safety requirements. Allows performance gains by topology optimization.
03
Industrial equipment
Solid titanium impellers, valves, pipes, heat exchangers resistant to corrosion/erosion. Conformal cooling channels minimize tool wear during injection molding.
04
Consumer goods
Customized sporting gear like bicycle frames, golf club heads, kayak paddles featuring integrated ergonomic titanium lattice structures.
05
Best Practices for Storing Titanium Rods
Store titanium round bars and titanium hex stocks in a climate-controlled environment to avoid moisture accumulation, which can lead to corrosion.
Use protective wrapping or coatings to shield solid titanium rods from scratches and other physical damage.
Keep titanium rods off the ground and on racks to prevent bending and warping.
Organize titanium round stock by size and type to streamline access and minimize handling.
Specification
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Standard |
ASTM B348 and GBT 3620.1 —2016 |
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Processing method |
Rolling |
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Surface |
Machined surface |
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Shape |
Titanium bar |
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Length and diameter |
Customized |
|
Packaging |
According to size and your requirements |
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Price |
Prices vary according to different models and purchase quantities |
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Minimum order quantity |
1000KG |
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Payment method |
Telegrap |
Custom process
Packaging & Shipping
