Tantalum Round Pipe

Tantalum Round Pipe Specification

Hardness
Approx. 100 HV

Strength
High tensile and yield strength

Purity
99.95% min

Product Type
Seamless/ Welded Pipe

Material
Tantalum

Alloy
Non-Alloyed (Pure Tantalum)

Shape
Round Pipe

Moisture
0.01%

Chemical Composition
Ta 99.95%, O 0.015%, N 0.01%, C 0.01%, H 0.0015%, Fe 0.01%, Mo 0.02%, Nb 0.02%, Si 0.005%, W 0.05%

Application
Chemical processing, laboratory equipment, electronics, aerospace

Dimension (L*W*H)
Custom sizes; Outer Diameter: 10mm 100mm, Length: Up to 3000mm

Color
Silvery gray

Customization
Sizes and tolerances as per requirement

Thermal Conductivity
57 W/mK at 20C

Density
16.7 g/cm

Packaging
Wooden box or as per customer request

Wall Thickness
0.5mm 5mm

Melting Point
2996C

Electrical Resistivity
Approximately 13.5 cm at 20C

Surface Finish
Polished or Pickled

Manufacturing Process
Seamless extruded or welded

Corrosion Resistance
Excellent against acids and alkalis

Standard
ASTM B521, ASTM F560

Tantalum Round Pipe Trade Information

Minimum Order Quantity
100 Kilograms, ,

Supply Ability
1 Kilograms Per Week

Delivery Time
1 Week

About Tantalum Round Pipe

We are offering Tantalum Round Pipe. This pipe is manufactured by making use of optimum quality glass tantalum under strict industry laid norms. It is demanded for heat exchanger pipes, condensers, thermocouple, bayonet heaters, helical coils and protective tubes. Tantalum Round Pipe is known for its easy cleaning and optimum thickness. Our offered pipe is tested on different stages in order to make sure that we are delivering only flawless range to the clients scattered across the nation.

Exceptional Chemical Resistance and Durability

Tantalum round pipes feature exceptional resistance to corrosive acids and alkalis, making them suitable for use in the harshest chemical environments. Their high purity and precisely controlled composition ensure outstanding mechanical strength and longevity even under demanding operational conditions.

Custom Manufacturing and Sizing Flexibility

Pipes are available in a range of sizes, with outer diameters from 10mm to 100mm and various wall thicknesses. With lengths up to 3000mm and the option for seamless or welded construction, manufacturers can tailor pipes to exact requirements, ensuring compatibility with complex systems and installations.

High-Temperature Performance for Advanced Applications

With a melting point of 2996C and reliable thermal conductivity of 57 W/mK, tantalum round pipes perform consistently in high-temperature environments. Their excellent electrical resistivity properties further enhance their usability in electronics and specialized laboratory equipment.

FAQs of Tantalum Round Pipe:

Q: How are tantalum round pipes manufactured?

A: Tantalum round pipes are produced by either seamless extrusion or welding, ensuring high purity, smooth finishes, and robust structural integrity. The process follows strict ASTM B521 or ASTM F560 standards for quality assurance.

Q: What are the typical applications of tantalum round pipes?

A: These pipes are widely used in chemical processing, laboratory equipment, electronics, and aerospace industries due to their excellent corrosion resistance and high-temperature stability.

Q: When should I choose a polished versus pickled surface finish?

A: A polished finish provides a smoother, more reflective surface ideal for applications where aesthetics or cleanliness is a priority, while pickled surfaces offer practicality in highly reactive or chemical-intensive environments.

Q: Where are tantalum round pipes best utilized for maximum benefit?

A: Tantalum pipes offer optimal benefits in environments exposed to aggressive acids or alkalis, such as chemical reactors, heat exchangers, and electronic component manufacturing setups.

Q: What customization options are available for tantalum round pipes?

A: You can customize outer diameter, wall thickness, length (up to 3000mm), and tolerances to meet specific application needs. Packaging can also be tailored to requirements, including wooden boxes or other protective methods.

Q: How does the pipes high purity and chemical composition affect performance?

A: High purity (99.95%) and minimal impurity levels ensure that the pipes maintain superior corrosion resistance, mechanical strength, and reliability, especially in critical chemical or laboratory environments.