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Molybdenum Furnace Racks

Furnace Racks – High-Performance Molybdenum & TZM Solutions for Thermal Processing

Durable furnace racks made from molybdenum and TZM alloys for high-temperature applications.

✔ High-Temperature Resistance – Withstands extreme heat up to 2000°C
✔ Custom Configurations – Available in various sizes and designs
✔ Superior Material Options – Molybdenum Furnace Racks, Moly Furnace Racks, and TZM Furnace Racks
✔ Optimized Design – Riveted Racks for enhanced structural integrity
✔ Long Service Life – Excellent creep resistance and thermal stability

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Premium Quality Furnace Racks for Demanding Thermal Processes

Our Furnace Racks are engineered to provide reliable support in high-temperature environments. As specialists in high-performance thermal processing equipment, we offer Molybdenum Furnace Racks, Moly Furnace Racks, and TZM Work Racks designed for superior heat resistance and durability. The innovative riveted construction ensures maximum stability during intensive thermal cycles.

Specifications of Our Furnace Racks

Parameter Molybdenum Racks TZM Racks
Max Temperature 1800°C 2000°C
Material Options Pure Mo, Mo-La TZM Alloy
Design Types Welded, Riveted Riveted Racks
Standard Sizes Customizable Customizable
Surface Finish Machined, Ground Machined

As a leading manufacturer of high-temperature furnace components what we offer

✅ Material Expertise – Optimal selection between Molybdenum and TZM alloys
✅ Custom Engineering – Tailored Furnace Racks for specific applications
✅ Precision Manufacturing – Consistent quality in every TZM Work Rack
✅ Technical Support – Assistance with rack selection and maintenance
✅ Competitive Pricing – Cost-effective solutions without compromising quality

Choose our high-performance Furnace Racks for reliable thermal processing solutions that withstand the most demanding environments!

Versatile Uses of High-Temperature Furnace Racks

Our Furnace Racks are essential components in:

Heat Treatment – For annealing, sintering, and brazing processes

Semiconductor Manufacturing – Wafer processing and diffusion furnaces

Aerospace Components – High-temp testing of turbine parts

Glass & Ceramic Industry – Firing and thermal processing

Research Laboratories – Material testing under extreme conditions

FAQ

Q1: What thermal processing scenarios are your molybdenum & TZM furnace racks suitable for?
A1: Suitable for high-temperature thermal processing equipment, including vacuum sintering furnaces, hydrogen annealing furnaces, ceramic sintering furnaces, and semiconductor thermal treatment furnaces. Widely used in aerospace component heat treatment, semiconductor material processing, ceramic/metal sintering, and electronic component annealing industries.
Q2: What are the differences between molybdenum and TZM furnace racks? How to choose?
A2: Differences & selection criteria: 1. Molybdenum racks: Cost-effective, high purity (≥99.95%), suitable for 1800℃以下 thermal processing; 2. TZM racks (titanium-zirconium-molybdenum alloy): Higher high-temperature strength (up to 2000℃), better creep resistance, suitable for long-term high-temperature or heavy-load scenarios. Choose based on working temperature (≤1800℃ optional molybdenum; >1800℃ or long-term high load choose TZM) and cost budget.
Q3: What technical parameters are available for molybdenum & TZM furnace racks?
A3: Molybdenum racks: Purity ≥99.95%, operating temp ≤1800℃; TZM racks: TZM alloy content ≥99.9%, operating temp ≤2000℃, dimensional tolerance ±0.05mm, surface roughness Ra ≤0.8μm. Customizable sizes/shapes (grid, shelf, basket) based on furnace models.
Q4: Are your furnace racks compatible with mainstream thermal processing furnace brands?
A4: Yes, fully compatible with leading furnace brands (e.g., PVA TePla, Centorr, Ipsen, SECO/WARWICK). For non-standard or custom furnace models, we provide tailored racks based on furnace inner dimensions or technical drawings after strict verification.
Q5: What key precautions are there for the installation and use of molybdenum & TZM furnace racks?
A5: 1. Avoid collision during installation to prevent structural damage; 2. Preheat gradually (100℃/h heating rate) to avoid thermal shock; 3. Use in vacuum or reducing atmosphere (avoid oxidation in air above 600℃); 4. Ensure uniform load distribution to prevent deformation; 5. Cool down naturally after processing, do not quench.
Q6: What factors affect the service life of molybdenum & TZM furnace racks?
A6: Key factors: 1. Working temperature (over-temperature accelerates material aging); 2. Atmosphere (oxygen/nitrogen contamination causes brittle failure); 3. Load weight and distribution; 4. Thermal cycling frequency. Extend life by: 1. Operating within rated temperature/load; 2. Maintaining stable furnace atmosphere; 3. Regularly removing surface oxide scale (for molybdenum); 4. Periodically inspecting for deformation/cracks.
Q7: Do you provide custom molybdenum & TZM furnace racks for special thermal processing needs?
A7: Yes. Customizable parameters: 1. Material (molybdenum/TZM); 2. Structural design (grid spacing, shelf thickness, basket size); 3. Dimensional customization (match furnace inner cavity); 4. Surface treatment (anti-oxidation coating for specific atmospheres). Technical team provides optimization suggestions based on processing temperature and load requirements.
Q8: How to ensure the quality of molybdenum & TZM furnace racks?
A8: 1. Raw material inspection (purity, chemical composition, mechanical properties); 2. Precision forming and welding control (argon arc welding for TZM to ensure joint strength); 3. Finished product testing (dimensional accuracy, high-temperature deformation resistance, load-bearing capacity); 4. Compliance with ISO 9001 standards, providing complete quality inspection reports.
Q9: What is the delivery cycle of your molybdenum & TZM furnace racks?
A9: 15-35 working days. Specific cycle depends on order quantity, customization complexity, and material processing difficulty (TZM has longer production cycle than molybdenum).

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