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High Strength Hot Cutting Wire. The hot cutting wire RW 70 has high strength at elevated temperatures and is used for cutting polystyrene (EPS) and or heat-sealing polypropylene bags. To achieve the best cut, adjust the temperature and cutting speed. The material type and it’s density will influence the cutting speed.

High Strength Hot Cutting Wires. The hot cutting wire RW 122 has high strength at elevated temperatures and is used for cutting polystyrene (EPS) and woven polypropylene bags. To achieve the best cut, adjust the temperature and cutting speed.

45/55 Ni Cu Resistance Wire is a Nickel-Copper alloy wire used mainly for its medium range electrical resistivity and very low temperature-coefficient of resistance. 45/55 Ni Cu Resistance Wire has a medium resistivity and is often used in electrical resistance heating applications. 45/55 Ni Cu Resistance Wire is also known as Constantan, Hecnum, Eureka, Ferry, Vernicon and Advance.

80/20 Ni Cr Resistance Wire is an alloy used at operating temperatures up to 1200°C (2200°F). Its chemical composition gives good oxidation resistance, especially under conditions of frequent switching or wide temperature fluctuations. This makes it ideal for a wide variety of applications including heating elements in domestic and industrial appliances, wire-wound resistors, through to the aerospace industry. 80/20 Ni Cr Resistance Wire is also known as Nichrome / Nicrhrome V, Brightray C, Cronix 80, Nicrothal 80, Chromalloy, Chromel, and Gilphy 80.

Stainless Steel DTD 189A is widely used in the aerospace industry, with some of its specific uses being locking wire and other types of fasteners.

316 Ti has better high temperature strength and mechanical strength than 316L, thanks to the additions of Titanium, which means Stainless Steel 316Ti can be used for extended periods at elevated temperatures without compromising its corrosion resistance. Stainless Steel 316Ti is also known as AISI 316Ti, Supra316Ti, Nirosta 4571, Polarit 761, and Remanit 4571.

Regarded as ‘Medical Grade’, Stainless Steel 316LVM is vacuum melted to achieve the extremely high levels of purity and ‘cleanliness’ required for surgical implants. It has excellent resistance in physiological environments, to general and intergranular corrosion, to pitting and crevice corrosion. These characteristics make it ideal for both medical application and high precision electronics. Stainless Steel 316LVM is also known as AISI 316LVM.

Stainless Steel 316 has slightly better corrosion resistance than 302 and 304, and also has better non-magnetic properties. Stainless Steel 316 shows excellent corrosion and oxidation resistance in a range of atmospheric environments and corrosive media. Stainless Steel 316 is also known as AISI 316.

Stainless Steel 304 is the most widely used stainless steel, and like 302, it has good mechanical properties and corrosion resistance. This alloy can withstand attack in a range of corrosive media, and its durability makes it easy to sanitise, meaning it is ideal for kitchen and food applications. Stainless Steel 304 is also known as AISI 304.

Stainless Steel 302 has good mechanical properties and corrosion resistance, and is well known for its ease of fabrication and formability. Stainless Steel 302 is also known as AISI 302.

A high purity grade of Nickel that is made by powder metallurgy, Nickel® 270 contains 99.95% Nickel in addition to traces of minor elements including Iron, Carbon and Copper. It has a low base hardness and high ductility, with its purity levels making it ideal for applications such as hydrogen thyratrons and electrical resistance thermometers. Nickel® 270 is also known as HPM 270 Nickel.

Nickel® 212 is Nickel strengthened with an addition of Manganese. A good thermal conductor with high corrosion resistance, Nickel® 212 is used for electrical and electronic applications such as lead wires, as well as components such as electrodes in lamps.