Hooks

Improving Aluminium Handling and Processing

Aluminium (Al) is an abundant material, making up as much as 8% of the earth’s crust and appearing pervasively in the supply chain of consumable goods. It is estimated that Europeans on average consume 3 – 10 milligrams (mg) of aluminium from natural food sources daily. Negative effects associated with aluminium exposure are minimal, while the positives of utilizing this naturally-occurring metal are enormous. Due to its incredibly low density and excellent corrosion-resistant properties, it has been implemented in production at every level of human manufacturing, from food storage to aerospace development.

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Syalon 501

The Benefits of Electrically Conductive Silicon Nitride

Silicon nitride is one of the most advanced ceramic materials currently manufactured, providing outstanding hardness levels that are rarely matched by conventionally-manufactured components. Most silicon nitride products are electrically insulating, which provides certain industrial benefits for mechanical applications – but it can present difficulties when it comes to machining the material. Material profiling of ultra-hard insulators can result in a significant loss to its desirable properties, and commonly depends upon expensive procedures such as diamond grinding. Meanwhile, electrically conductive materials can be efficiently profiled through electro-discharge machining (EDM) with no loss to material hardness.

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Weld Pins

What are Weld Location Pins?

Weld location pins, or control pins, are hard-wearing and heat-resistant components that are used to precisely locate a material on one or more dimensional planes. Once fixed into position, the material can be accurately welded and – if necessary – moved along pre-determined axes for machining processes with high degrees of precision. This method is primarily used to weld captive nuts to sheet metal or body panels, for manufacturing parts that are used in various automotive and construction sectors.

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Powder

Pressure Sintering

Sintering is a process by which a powder compact, or ‘green-body’, is transformed into a dense ceramic article which offers the desired characteristics and material properties. The process can enhance the materials mechanical and high-temperature properties, as well as the electrical conductivity, translucency, or thermal conductivity.

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Shot Blast Nozzle

Sialon Shot Blast Nozzles for Industrial Wear Applications

Industrial wear applications create exacting conditions for equipment and components due to the inherent abrasiveness, corrosiveness, or thermal damages associated with these specific processes. Sandblasting, for example, is a surface preparation method that blows abrasive grit through shot blast nozzles at high velocities to change the surface composition of an object. This grit, comprised of tough substances such as sand or chill-cast iron, has the capacity to erode the interior components of the abrasive blaster – particularly at the outlet. Shot blast nozzles and their liners must therefore be composed of high strength materials capable of withstanding long-term abrasive conditions from high concentrations of small particle erosive elements.

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Silicon Nitride Ceramics

Introducing Additive Manufacturing for Silicon Nitride Ceramics

Additive manufacturing (AM), also known as 3D-printing, is the process of designing and manufacturing intricate geometries from a limitless range of materials using innovative deposition techniques. The equipment involved deposits small amounts of a given material into predetermined channels to form small, complex components – as opposed to conventional manufacturing processes which subtract from materials through milling and machining, or pressing and extrusion.

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Wear Parts

Properties and Applications of Sialons – A Comprehensive Guide

SiAlONs were developed as a more cost-effective substitute for hot pressed silicon nitride. They have a complex chemistry, and should be considered a family of alloys with a broad range of properties. SiAlONs are formed when silicon nitride (Si3N4), aluminium oxide (Al2O3) and aluminium nitride (AlN) react. The materials combine to form a wide range of chemical compositions.

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International Syalons Canteen

New Canteen at International Syalons

International Syalons have taken delivery and installed a brand new, bespoke and purpose built canteen in order to provide better facilities for our ever growing workforce. The new space which includes improved catering facilities is a much needed addition to the site and as has been welcomed by our highly skilled production staff.

The new building was designed and assembled off site by Portable Building Sales of East Yorkshire, UK and installed extremely quickly and easily.

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Tube Dusseldorf

International Syalons at Tube 2018 – Dusseldorf

International Syalons’ sales manager Simon Dodd will be attending Tube 2018 in Dusseldorf on April 18th – 19th.

The trade fair, which takes place every 2 years, attracts more than 31,000 visitors from 134 countries and is the world’s most important fair for tube manufacturing and processing across industries such as automotive, chemical processing, construction, electrical, as well as ferrous and non-ferrous metal forming.

Please feel free to make an appointment with Simon at simon.dodd@syalons.com to discuss your technical or sales needs.

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ISO 9001

International Syalons Awarded ISO 9001:2015

International Syalons are proud to announce that it has successfully been assessed by Lloyds Register of Quality Assurance against the revised international quality standard ISO 9001:2015. This Quality Management System applies to the manufacture of advanced ceramic powders and products.

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