J. T. Price has been awarded approvals from some of the major classification societies.
To download a certificate, click on the certificate image.
Our quality procedures are approved to ISO 9001 standards and J. T. Price offers an extensive range of destructive and non-destructive tests to demonstrate casting integrity.
Our technical team includes fully trained and qualified metallurgists who are responsible for material analysis, ensuring all material meets the chemical requirements of our customers’ orders. We use certified high quality ingots from reputable material suppliers. On melting, a melt button is taken and checked in one of our on-site spectrometer machines. If the chemical analysis of the melt is acceptable then the metallurgist will authorise for casting to continue. If the melt is outside the specification then different elements are added to bring the melt into the required specification. All melts are given their own unique melt number and records are kept by our quality department. This provides full traceability from start to finish.
We can offer the following tests and provide certification where required:
The metallurgy of our products is carefully controlled by utilising our in-house spectrometer and Group metallurgists.
This gives our clients ultimate flexibility in material choice for heat, wear and corrosion resistant properties. It also helps our art and architectural clients maximise the aesthetics of their choice. Patination can also be offered.
Over 250 alloys are routinely produced encompassing all the short freezing alloys from nickel aluminium bronze, cupro nickel and Monel, to all the long freezing alloys such as phosphor bronze, tin bronze and gunmetal.
Materials can be to UK, European or Worldwide standards and include:
Please send us an enquiry for any material types not listed.
For a more complete list of material specifications offered please view our alloy list.
Alloy list – Westleys, Spunalloys, JTP
Sand casting is a traditional but highly skilled casting method used to manufacture shaped parts in a cost effective manner.
Sand casting is so-named due to the use of bonded sand to create a mould into which molten metal is poured. The process is extremely versatile and allows for simple or intricate castings to be produced. Typically, sand moulds are produced using wooden pattern equipment which can be reused for repeat orders, or polystyrene patterns for single use.
Sand casting is a popular selection for pump and valve applications, where internal detailing and passageways can be achieved by adding cores during the moulding process.
To view an animation of the sand casting process, click the play button on the embedded flash video below: