Composition as a design input
The W/Mo ratio is central to selection. Provide an existing grade or a required composition.
BOMO METALS · MATERIALS & CUSTOM MANUFACTURING
Custom Tungsten-Molybdenum Alloy Products
Custom tungsten-molybdenum alloy material forms and components. Specify the tungsten fraction, material designation, drawing and actual thermal or process-contact duty for quotation.
Tungsten-Molybdenum Alloy: material & procurement overview
Tungsten-molybdenum alloys combine two refractory metals in a specified composition. W–Mo and Mo–W names describe the same constituent pair, but the actual tungsten fraction and material state must be stated. Our product brochure lists flat forms and describes Mo–30W and Mo–50W examples for thermal and process equipment discussions.
Thermal-process context
Review the material against atmosphere, cycle, mechanical load and contact media together.
One clear specification
State chemistry, form and condition on the same drawing so the material name cannot be misread.
Material properties & grade reference
| Property / specification | Reference or selection | Procurement meaning |
|---|---|---|
| Constituent metals | Tungsten and molybdenum | Name the required material designation and fraction basis |
| Brochure composition examples | Mo–30W / Mo–50W | Specify the tungsten weight fraction; examples are not a fixed catalogue |
| Density / melting behaviour | Composition dependent | Do not use pure tungsten or pure molybdenum values as the alloy specification |
| Delivered form | Plate, rod or custom geometry to discuss | Size, condition, machining allowance and interfaces required |
| Service requirements | Thermal cycle and process-contact duty | Atmosphere, load, contact medium and inspection scope |
Reference basis: Published molybdenum-alloy reference. These values or composition examples describe the material family. They are not guaranteed values for every delivered grade or finished component.
Adding tungsten does not create one universal property set. The selected fraction, manufacturing state and application conditions control the review. Do not substitute W–Cu or tungsten heavy alloy for this binary material system.
Applications & design inputs
Connect the material choice to the finished component: identify the process, contact surfaces, operating conditions and critical assembly interfaces.
Use the examples below to prepare a drawing-based enquiry. Final material suitability and achievable geometry are reviewed for your project.
Thermal equipment components
Define supports, shields or other geometry with the specified material composition.
Glass & process-contact tooling
Supply the contact medium and duty for a compatibility review.
Flat blanks & drawing-based parts
Give thickness, outline, critical interfaces and finishing requirements.
Tell us which surfaces contact the process, which dimensions control fit, and what documentation the project requires. An application example is a starting point for a specification; final suitability is reviewed against your actual conditions.
Custom product forms & specifications
| Order input | Custom scope | What to send |
|---|---|---|
| Material and grade | Flat forms, rods and custom components to discuss | Exact grade, standard, chemistry and delivered condition |
| Dimensions and features | Length, width, thickness, diameter or part geometry | Drawing revision, critical tolerances, interfaces and machining allowance |
| Surface and fabrication | Finish, cleaning, cutting or machining requirements | Mark acceptance surfaces, joining details and any permitted process route |
| Duty and documentation | Operating conditions, quantity and required checks | Include material documents, dimensional inspection, destination and requested schedule |
From your drawing to an agreed manufacturing scope
01 · Define — Send the grade, drawing and function, with unknown details clearly marked.
02 · Review — Discuss geometry, processing, surface condition and critical inspection requirements.
03 · Agree — Confirm quotation scope, documentation, packaging and delivery requirements before production.
Our material range and manufacturing photographs support drawing-based project enquiries. Achievable dimensions, material properties and inspection scope are reviewed for the actual grade and part; the photographs do not define a fixed stock item.
Tungsten-Molybdenum Alloy procurement questions
Are W–Mo and Mo–W different materials?
The names identify the same constituent pair. Use the actual composition or grade, including the fraction basis, to define which alloy you need.
Can you quote non-standard forms and dimensions?
Send your drawing or initial dimensions, material grade, quantity and component function. We review the required geometry and finishing together. State whether you need a material blank or a finished component.
Do the reference values define the delivered specification?
No. Use the exact grade and agreed order requirements. Tell us which material tests and inspection records you need so their scope and acceptance criteria can be included in the quotation.
Request a tungsten-molybdenum alloy products quotation
Send your grade, drawing, dimensions, quantity and operating conditions to sales@bomometals.com. Include the delivery country, requested schedule and required inspection documents.
A sketch or description can start the discussion. The finished specification, manufacturing route and quotation terms are agreed for your project.