Gt. B Components Ltd
(01744) 611991
Innovation House Fleet La
St. Helens, Merseyside,
United Kingdom
WA9 2- 2RJ
http://www.gtbcomponents.co.uk
powder metallurgy p/m and sintered components - gtb components uk
Products & Services
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- Powder Metallurgy
- P/m
- Sintered
- Components
- Simpter Metal Components
- Automotive
- Industry Supplier
- Industry
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- Gtb
- Radiator Spacers
- Power Tools
- Uk
- Powdered Metal
- Pressed Metal
- Sintered Metal
Web Result
- Design
- Home P/M Process Advantages Secondary Operations Design Applications Quality Policy Environmental Policy Contact Us Design Consideration P/M, or powder metallurgy, offers designers and users a versitile and efficient method of producing parts and components. The process is versatile because it is applicable for simple as well as complex shapes, and a full range of chemical, physical and mechanical...
- Welcome to GTB Components
- Home P/M Process Advantages Secondary Operations Design Applications Quality Policy Environmental Policy Contact Us Welcome to GTB Components Gt.B Components Ltd aims to produce the best quality ferrous and stainless steel sintered components which fully conform to our customers' total requirements, at a competitive price. The Company has a Global customer base supplying the Automotive, Building P...
- Secondary Operations
- Home P/M Process Advantages Secondary Operations Design Applications Quality Policy Environmental Policy Contact Us Secondary Operations A wide range of additional operations or treatments can be carried out on the parts after they have been sintered. Heat Treatment:-Sintered parts may be heat treated to increase strength and also hardness for improved wear resistance. Oil Impregnation:-The contro...
- P/M Process
- Home P/M Process Advantages Secondary Operations Design Applications Quality Policy Environmental Policy Contact Us P/M Process Powder metallurgy may be best described as the following process: Metal powders are firstly consolidated into a shape under pressure. The resultant compact is then sintered at a temperature below the melting point of the major elements, so that bonds are formed between th...
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