Tantalum Wire Ta 99.95% Uses – Diverse Applications Across Industries
Tantalum Wire Ta 99.95% is a high-purity form of tantalum wire, defined by its 99.95% purity level and represented by the chemical symbol Ta. Due to its unique combination of physical, chemical, and thermal properties, this type of wire finds utility across a broad spectrum of industries and applications.
🔹 Primary Applications of Tantalum Wire Ta 99.95%
1. Electronics & Electrical Components
2. High-Temperature Applications
3. Chemical Processing
4. Aerospace & Defense
5. Medical Device Components (non-medical context only)
🔹 Why Tantalum Wire Ta 99.95% is So Versatile
🔹 Custom Applications
🔹 Tantalum Wire Ta 99.95% FAQ
Q: What is the cost-benefit of using 99.95% vs 99.9% Ta wire for industrial heating elements?
A: Higher purity gives longer life and stability but costs more; justified in harsh conditions.
Q: What defines high purity tantalum wire (e.g., 99.95% vs. 99.99% Ta)?
A: Defined by total impurity content; 99.95% has ≤0.05% impurities, 99.99% has ≤0.01%, giving fewer trace elements for critical uses.
Q: What are the specifications of high purity tantalum wire (diameter range, tensile strength, elongation)?
A: Diameter 0.05 mm–several mm; tensile strength ~200–500 MPa; elongation 10–30% depending on temper.
Q: What is the chemical composition of high purity tantalum wire (trace impurities like Nb, Fe, C)?
A: Ultra-low levels of Nb, Fe, C, Ni, Cr; e.g., Nb < 0.005%, Fe < 0.003%, C < 0.002%.
Q: What is the role of high purity tantalum wire in semiconductor sputtering targets (preventing film contamination)?
A: Ensures pure deposited films by minimizing impurity transfer during sputtering.
Q: What is the high temperature stability of high purity tantalum wire (performance above 2500 °C in vacuum)?
A: Retains strength and integrity in vacuum above 2500 °C, with minimal evaporation or property change.
Q: How corrosion resistant is high purity tantalum wire in aggressive chemicals (e.g., aqua regia, molten salts)?
A: Resistant to aqua regia and most molten salts; forms stable oxide barrier except in HF.
Q: How is high purity tantalum wire produced (powder metallurgy, zone refining, electron beam melting)?
A: Made via powder metallurgy followed by electron beam or vacuum arc melting; zone refining for ultra-high purity.
Q: What testing methods verify high purity of tantalum wire (GDMS, ICP-MS, XRD)?
A: GDMS and ICP-MS detect trace impurities; XRD checks crystal structure.
Q: What certifications exist for high purity tantalum wire (ASTM, ISO, medical-grade, aerospace)?
A: ASTM B365/B521, ISO standards, USP/ISO 10993 for medical, AMS/ASTM for aerospace.

who choose us?
Product Support & Export Experience
All our products support third-party inspections.
With 30 years of experience, we have extensive expertise in exporting Tantalum Wire to Europe.
Our considerable stock ensures short delivery times, and we offer flexible payment options, including TT and LC.
MOQ and samples: Negotiable.
one-stop solution
professional team
high quality









