Better Metal provides professional custom molybdenum parts services, and is committed to providing reliable molybdenum products for industries that operate in extreme environments such as high temperatures and corrosion resistance. Through flexible design and precision machining, we ensure that each molybdenum part not only meets our customers' dimensional and specification requirements, but also meets stringent performance standards. Our team's extensive molybdenum machining experience, combined with state-of-the-art manufacturing equipment, provides our customers with a wide range of customized solutions, from simple structures to complex assemblies.
Designing and producing custom molybdenum parts requires precision, the right material selection, and a well-controlled production process. Below is our comprehensive customization program, covering every step from requirement analysis to delivery. If you already have engineering drawings, feel free to send them to us – this will significantly speed up the process.
Assess Your Application Environment:
Begin by clarifying the working conditions – for example, high temperatures, corrosive atmospheres, vacuum applications, or electrical conductivity requirements. This helps determine the right molybdenum grade and material properties.
Define Material Performance Parameters:
Key factors include:
High temperature resistance
Thermal and electrical conductivity
Corrosion resistance
Mechanical strength
With these parameters, we select the appropriate pure molybdenum or molybdenum alloy (such as tungsten–molybdenum, TZM, Mo-La).
Choose the Product Form:
Select the type of product that fits your needs – molybdenum rods, plates, sheets, wires, electrodes, or fully machined parts. If you provide CAD drawings, we can ensure precise fabrication according to your design.
Customized Specifications:
Clearly define dimensions, thickness, diameter, and length in your drawing so the part fits seamlessly into your equipment or assembly.
Tolerance and Special Requirements:
Specify tolerance levels and any additional machining needs – such as threads, drilled holes, slots, or surface finish requirements. Early planning helps us choose the optimal process.
Material Preparation & Forming:
Depending on the part, we select powder metallurgy or melting processes, followed by forming techniques like extrusion, rolling, or drawing to achieve the desired shape.
Heat Treatment & Surface Treatment:
Appropriate heat treatment improves mechanical strength and high-temperature performance. For parts exposed to oxidation or corrosive media, we offer coating, electroplating, or surface oxidation for extended service life.
Precision Machining:
Our CNC machines, lathes, grinders, and polishing equipment guarantee tight tolerances and excellent surface finish– critical for aerospace, semiconductor, and furnace applications.
Quality is a priority in every step of production.
Material Composition Testing – confirm chemical composition and purity
Physical Property Testing – hardness, density, tensile strength, and temperature resistance
Dimensional & Visual Inspection – ensure tolerances meet drawing specifications
Certificates (e.g. ASTM, ISO) can be provided upon request.
Protective Packaging: Shock-proof and moisture-proof packaging to prevent damage during shipment
Customized Solutions: Additional protection for precision parts, thin sheets, and fragile components
Global Delivery: We select the most reliable transport method based on size, weight, and destination, and provide tracking until arrival.
We provide technical consultation, installation guidance, and troubleshooting for any questions related to molybdenum parts, their performance, or maintenance.
Q1: What is the minimum machining size you can produce?
We can machine extremely small components depending on structure and process feasibility. Send us your specifications for a detailed assessment.
Q2: Do customized molybdenum parts require special surface treatment?
Yes, especially for high-temperature or corrosive environments. We recommend protective coatings or surface finishing to enhance durability and performance.
Q3: What is the typical production lead time?
Sample production usually takes 2–3 weeks. Mass production lead time depends on part complexity and order quantity.
Q4: Can you provide material certificates and inspection reports?
Yes, we can supply composition analysis reports, hardness data, and dimension inspection records for every batch.
Q5: Do you offer design assistance?
If you don’t have a finalized drawing, our engineers can assist with design optimization to improve manufacturability and performance.
Whether you need prototypes or mass production, we provide end-to-end solutions for molybdenum components.
Contact us today with your drawings or specifications and get a fast, accurate quotation.
TEL: 86-18623759992
jason@bettmetal.com
Innovating Materials
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