ZIRCONIUM CRUCIBLES

Zirconium crucibles exhibit excellent corrosion resistance to most organic acids, inorganic acids, salt solutions, strong alkalis, and some molten salts. They are particularly effective for fusions using sodium carbonate and sodium peroxide.

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OUR ZIRCONIUM CRUCIBLES

QUALITY

All of our crucibles are made to order using our ISO 9001 certified managment system. Prior to despatch, every crucible goes through extensive quality checks to ensure that you are getting the most from every crucible.

COMPETITIVE

We have been manufacturing zirconium crucibles for well over 40 years. Throughout this time, we have developed, researched and perfected our processes to ensure that we provide an internationally competitive price, with exceptional service.

EFFECTIVE

Zirconium exhibits excellent corrosion resistance and averages around 100 fusions per crucible, making them the most cost effective crucible (per fusion) compared to rival materials such as Nickel, Iron, Platinum, Porcelain and Glass.

Zirconium Crucibles - Extremely Corrosion Resistant Metal

Zirconium Crucibles - Made in the UK

Our factory is located at the heart of the UK in Aldridge, Walsall. We are just 10 minutes away from the M6 and 30 minutes away from Birmingham, giving us an ideal location to serve both UK and international customers.

STANDARD CRUCIBLE SIZES

Crucible Capacity	Top Diameter (Internal)	Height (Internal)	Lids Available?
10ml	25mm	25mm	Yes
15ml	30mm	24mm	Yes
25ml	32mm	33mm	Yes
30ml	34mm	38mm	Yes
35ml	39mm	38mm	Yes
40ml	40mm	39mm	Yes
45ml	44mm	40mm	Yes
50ml	45mm	43mm	Yes
60ml	46mm	46mm	Yes
70ml	48mm	46mm	Yes
80ml	50mm	48mm	Yes
100ml	52mm	45mm	Yes
250ml	71mm	61mm	Yes
500ml	102mm	66mm	Yes
1000ml	152mm	95mm	Yes
1500ml	152mm	108mm	Yes

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Zirconium Crucible Reclaim & Recycle Scheme

To meet the growing requests from our customers, in 2025 we introduced a reclaim and recycling scheme for our Zirconium Crucibles. We offer to buy back used crucibles and recycle them with our already established refiners, who then use the material as additions to ‘Master Alloy’ production, extending the life cycle of the zirconium.

Ask our sales team for more information.

OUR CRUCIBLES ARE AVAILABLE IN:

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Zirconium Crucibles

Advantages

Zirconium metal is a most effective all-round crucible for fusions using sodium carbonate or sodium peroxide and is an excellent low-cost replacement for platinum crucibles. Based on an average of 100 fusions per crucible, zirconium is more cost-effective than less expensive crucibles of porcelain or steel.

Excellent resistance to corrosion by many acids, alkalis, and salts, especially hydrofluoric acid. This property makes them ideal for use in chemically aggressive environments.

Sudden contact with cold, metallic surfaces will have no deleterious effects.

These crucibles maintain their strength and integrity at high temperatures, providing stability in thermal processes.

Zirconium crucibles are chemically inert, which means they do not react with most molten metals, ceramics, or other materials being processed. This is crucial in applications where contamination must be avoided.

No specialised tongs or triangles are required for handling hot zirconium crucibles (unlike platinum).

The mechanical properties of zirconium, such as its toughness and resistance to mechanical wear, contribute to the durability and long lifespan of zirconium crucibles.

Zirconium has a relatively low coefficient of thermal expansion, reducing the risk of cracking under rapid temperature changes.

Zirconium crucibles are especially adaptable to the needs of the analytical chemistry laboratory, such as in strong alkaline fusions employed to reduce refractory samples to a soluble form, and for high temperature ignition ashing purposes.

Disadvantages

It is no secret that zirconium crucibles cost more than porcelain, steel or nickel. But, based on an average number of fusions which can be made in a zirconium crucible (100), as opposed to those of nickel (5), zirconium is much more-cost effective and sustainable.

You can never use a muffle furnace with zirconium unless a blanket of inert gas such as argon or helium is also used.

Never exceed 900°C in air or zirconium crucibles will enlarge and oxidise (turn pinkish white).

Hydrofluoric acid cannot be used to clean zirconium crucibles.