Material identity
Select pure molybdenum or a named alloy with an agreed chemistry and condition.

Select pure molybdenum or a named alloy with an agreed chemistry and condition.
Specify vacuum or gas atmosphere, exposure to air, thermal cycles, load and contact media. Melting point is not an operating-temperature guarantee.
Define critical dimensions, datum surfaces, finish and inspection requirements for the actual component.
| Property / specification | Reference or selection | Procurement meaning |
|---|---|---|
| Material identity | Molybdenum (Mo) | Element reference; identify the industrial grade separately |
| Atomic number | 42 | Element identity |
| Density at room temperature | 10.2 g/cm³ | Reference for the element; delivered material depends on grade and condition |
| Melting point | 2622 °C | Element phase-change reference, not a continuous service-temperature rating |
| Common designation in our materials | Mo1 | Use the exact material grade or standard required by your drawing |
| Purity reference in product files | ≥99.95% for specified pure-metal examples | Confirm required chemistry and certificate scope for the order; not applied to alloys |
| Delivered shape and condition | Drawing-based | Geometry, finish and material state are specified separately |
Element density and melting point: Royal Society of Chemistry reference. Designation and purity examples: our product materials. Reference values explain the base metal; the selected grade and agreed order specification govern delivery.
| Customization input | What to specify | Details for review |
|---|---|---|
| Material specification | Exact material grade or standard | Identify required chemistry, condition and any permitted substitutions |
| Geometry and function | Product form, drawing revision and interfaces | Mark the dimensions and surfaces that control fit or performance |
| Service environment | Process, atmosphere, thermal/electrical or mechanical duty | Provide conditions relevant to the actual material and component |
| Procurement scope | Quantity, checks, documents and destination | Include your requested schedule and delivery requirements |

Molybdenum thermal components are selected around the furnace layout, atmosphere, loading and service cycle.
Use the examples below to prepare a drawing-based enquiry. Final material suitability and achievable geometry are reviewed for your project.
Define atmosphere, cycle, mechanical load and installation details for shields, supports or other thermal parts.
Share charge composition, heating method and contamination requirements for a crucible or container.
Provide mating interfaces, material grade and the surface or dimensional checks your equipment requires.