Platinum Rhodium Crucible

Platinum Rhodium Crucible Specifications

Capacity (ml)	Upper Diameter (mm)	Lower Diameter (mm)	Height (mm)	Thickness (mm)	Weight (g)
5	19	12	25	0.22	7
8	22	13	25	0.22	10
10	22	14	28	0.26	12
12	26	16	29	0.27	13
15	28	17	35	0.28	15
20	33	18	35	0.28	20
25	35	20	37	0.30	25
30	37	22	40	0.34	30
35	38	23	40	0.34	35
40	40	25	45	0.34	40
50	45	27	50	0.34	50
60	49	29	50	0.34	60
75	53	32	56	0.38	75
80	54	33	58	0.38	80
100	58	35	60	0.38	100

Platinum Rhodium Crucible Forming Methods

• Spinning: Shaping platinum-rhodium alloy sheets into crucibles using a rotating mold, ideal for thin-walled crucibles with high precision.
• Stamping: Pressing platinum-rhodium alloy sheets into crucible shapes with molds, suitable for mass-producing standard shapes.
• Welding: Cutting and rolling platinum-rhodium sheets, then welding them into crucibles, used for custom or large crucibles.
• Powder Metallurgy: Pressing and sintering platinum-rhodium alloy powder, suitable for complex shapes or high-density crucibles.
• Electrical Discharge Machining (EDM): Fine machining of pre-formed crucibles, ideal for high-precision or specialized structures.

Platinum Rhodium Crucible Advantages

• Smooth surface
• Uniform wall thickness
• Single-piece forming of the sheet material, with no seams or welds
• High precision

Platinum Rhodium Crucible Applications

• Materials Science: For high-temperature melting and crystal growth experiments, such as producing single-crystal silicon, sapphire, or oxide crystals.
• Chemical Analysis: In laboratories for high-temperature decomposition, sample melting, or ashing analysis, such as for ores or ceramics.
• Glass Industry: For melting specialty or high-purity glass materials.
• Metallurgical Industry: For melting and refining precious metals or high-melting-point alloys.
• Scientific Research: As reaction vessels in high-temperature chemical reactions or thermodynamic studies.

Platinum Rhodium Crucible Packaging

Platinum Rhodium Crucible is carefully placed in wooden cases or cartons with additional soft materials to support and prevent shifting during transportation. This packaging method guarantees the integrity of the products throughout the delivery process.