Wires

Please select a material:

Material

Description

Packaging

Diameters

Weight

01E Aluminium

99.5% pure ALUMINIUM. Coatings resistant to chemical, atmospheric, high temperature and salt water immersed corrosion.

Has excellent heat and electrical conductivity characteristics. Not suitable for use in alkaline conditions.

Drum

1.6mm
2.0mm
2.3mm (11g)
2.5mm

60kg (132lbs)/drum
01E Aluminium

Coil

1.6mm
2.0mm
2.3mm (11g)
2.5mm
3.17mm (1/8")
4.76 (3/16")

20-25kg
(44-55Lbs)
01E Aluminium

MIG (D300)

1.6mm
2.0mm
2.3mm (11g)
2.5mm
3.17mm(1/8")
4.76mm (3/16")

6-7kg
(13-15 lbs)
01E Aluminium

Layer (H390)

1.6mm
2.0mm
2.3mm (11g)
2.5mm

6-7 Kg
(13-15 Lbs)
02E Zinc

99.99% mimimum purity ZINC. Coatings resistance to atmospheric and freshwater immersed corrosion.

Widely used for EFI/RFI shielding.

Drum

1.2mm
1.6mm
2.0mm
2.3mm (11g)
2.5mm
3.0mm
3.17mm (1/8")
4.0mm
4.76mm (3/16")

250kg/drum
02E Zinc

Coil

2.0mm
2.3mm (11g)
2.5mm
3.0mm
3.17mm (1/8")
4.0mm
4.76mm (3/16")

25kg (55Lbs)
02E Zinc

MIG (D300)

1.6mm
2.0mm
2.3mm (11g)
2.5mm
3.17mm (1/8")
4.76mm (3/16")

15kg (33Lbs)
02E Zinc

Layer (H390)

1.6mm
2.0mm
2.3mm (11g)
2.5mm

15kg (33Lbs)
04E Babbit

Tin based, lead-free BABBITT. Produces dense coatings ideal for high speed and heavy duty bearings.

MIG (D300)

2mm
3.17mm (1/8")

17-20kg (37-44Lbs)
04E Babbit

Layer (H390)

2.0mm

12kg (26Lbs)
05E Copper

Pure COPPER, coatings give good electrical conductivity, used for RFI/EMI shielding and reclamation of mis-machined parts.

Coil

3.17mm (1/8")

20kg (44Lbs)
05E Copper

MIG (D300)
Layer (H390)

1.6mm

15kg (33Lbs)
06E Nickel

Used where dense NICKEL coatings are required.

Coil

3.17mm (1/8")

20kg (44Lbs)
06E Nickel

MIG (D300)

1.6mm

15kg (33Lbs)
07E Tin/Zinc 70/30

TIN/ZINC alloys used for capacitor end connection and sprayed metal tooling applications.

Drum

2.0mm

150kg (330Lbs)
07E Tin/Zinc 70/30

MIG (D300)

2.0mm

20kg (44Lbs)
08E Tin/Zinc 80/20

TIN/ZINC alloys used for capacitor end connection and sprayed metal tooling applications.

A soft material that is easy to polish to create shiny, decorative coatings.

Drum

2.0mm

150kg (330Lbs)
08E Tin/Zinc 80/20

MIG (D300)

2.0mm

20kg (44Lbs)
09E Tin/Zinc 60/40

TIN/ZINC alloys used for capacitor end connection and sprayed metal tooling applications.

A soft material that is easy to polish to create shiny, decorative coatings.

MIG (D300)

2.0mm

20kg (44Lbs)
100T Nickel/ Chrome/Boron

A nickel based coating which incorporates extremely hard particles in a hardened matrix. May be used in the ‘as sprayed’ state.

MIG (D300)

1.6mm

15kg (33Lbs)
103T Iron/Chrome/Boron

Produces a hard, dense coating with almost no oxide content. Work hardens and grinds to an excellent finsh. The hardest of all iron based materials.

MIG (D300)

1.6mm

15kg (33Lbs)
10E Aluminium Bronze

ALUMINIUM BRONZE alloy produces high tensile strength, low shrink wear resistant, dense coatings. Easily machinable and good for bearing surfaces and machine element work.

Coil

3.17mm (1/8")

20kg (44Lbs)
10E Aluminium Bronze

MIG (D300)
Layer (H390)

1.6mm

15kg (33Lbs)
13E Brass (60/40)

COPPER/ZINC alloys producing solid dense coatings. Used for decorative work.

Coil

2.0mm

20kg (44Lbs)
15E Phosphor Bronze

Easily machinable and good for bearing surfaces and machine element work.

Also used for decorative coatings.

Coil

3.17mm (1/8")

20kg (44Lbs)
15E Phosphor Bronze

MIG (D300)

1.6mm

15kg (33Lbs)
17E Aluminium/Silicon

Produces harder, denser, finer coatings than ALUMINIUM. Used for tooling and reclamation of ALUMINIUM Alloys.

Coil

3.17mm (1/8")

20kg (44Lbs)
17E Aluminium Silicon

MIG (D300)

1.6mm

7kg (15Lbs)
21E Zinc/Aluminium 85/15

Alloy developed specifically for corrosion protection applications where pure zinc or pure aluminium may not be suitable.

Drum

1.6mm
2.0mm
2.3mm (11g)
2.5mm
3.0mm
3.17mm (1/8")
4.76mm (3/16")

200kg (441Lbs)
21E Zinc/Aluminium 85/15

Coil

2.3mm (11g)
3.0mm
3.17mm (1/8")
4.76mm (3/16")

20kg (44Lbs)
21E Zinc/Aluminium 85/15

MIG (D300)

1.6mm
2.0mm
2.3mm (11g)
2.5mm

15kg (33Lbs)
24E Moulding Alloy

Alloy developed to produce hard wear resistant coatings. Offers better wear properties and finish than 21E. Used specifically for manufacture of sprayed metal tools, moulds and patterns.

MIG (D300)

1.6mm

10kg (22Lbs)
25E Aluminium/ Magnesium 95/5

Produces corrosion protective coatings for marine environments

Coil

3.17mm (1/8")
4.76mm (3/16")

20-25kg (44-55Lbs)
25E Aluminium/ Magnesium 95/5

MIG (D300)

1.6mm
2.0mm
2.3mm (11g)
2.5mm

6-7kg (13-15Lbs)
27E Aluminium/Zinc 95/5

Corrosion protection material for limited, specified applications

MIG (D300)

2.0mm

7kg (15Lbs)
30E Low Carbon Steel

Produces high-shrink, wear resistant coatings at low cost, copper coated for arc spraying

MIG (D300)
Layer (H390)

1.6mm

15kg (33Lbs)
31E Low Carbon Steel (Flame)

Produces high-shrink, wear resistant coatings at low cost, for flame spraying.

Coil

3.17mm (1/8")

20kg (44Lbs)
35E 0.25% Carbon Steel

Produces high-shrink, wear resistant machinable coatings at low cost.

Coil

3.17mm (1/8")

20kg (44Lbs)
35E 0.25% Carbon Steel MIG

MIG (D300)

1.6mm

15kg (33Lbs)
450/1T Nickel/ Aluminium Flamebond

A high performance Nickel/Aluminium for use in FLAMESPRAY BONDING as an alternative to 99E Molybdenum

Coil

3.17mm (1/8")

13kg (28Lbs)
45E 0.8% Carbon Steel

Produces hard low-shrink, wear resistant coatings at low cost.

Coil

3.17mm (1/8")

20kg (44Lbs)
45E 0.8% Carbon Steel

MIG (D300)

1.6mm

15kg (33Lbs)
55E 18/5 Stainless Steel

Produces good corrosion resistant, low-shrink, work-hardening coatings. Ideal for thicker STAINLESS coating where cracking may be a problem.

Coil

3.17mm (1/8")

20kg (44Lbs)
55E 18/5 Stainless Steel

MIG (D300)
Layer (H390)

1.6mm

15kg (33Lbs)
57E FM Chrome Steel

Generally used for low-shrink machine element work. Produces wear and corrosion resistant coatings with low tendency for cracking. Work-hardens.

MIG (D300)

1.6mm

15kg (33Lbs)
60E 13% Chrome Steel

Best all-purpose steel for machine element work. Produces wear and corrosion resistant coatings with low tendency for cracking. Work hardens.

Coil

2.3mm (11g)
3.17mm (1/8")

20kg (44Lbs)
60E 13% Chrome Steel

MIG (D300)
Layer (H390)

1.6mm

15kg (33Lbs)
65E High Chrome Manganese Steel

Very hard, low shrink, work-hardening steel for reclamation work.

Coil

3.17mm (1/8")

20kg (44Lbs)
65E High Chrome Manganese Steel

MIG (D300)

1.6mm

15kg (33Lbs)
70E Monel (30% Nickel)

Used for its sea water corrosion resistance and machine element work in this environment.

MIG (D300)
Layer (H390)

1.6mm

15kg (33Lbs)
71E Monel (67% Nickel)

Used for its sea water corrosion resistance and machine element work in this environment.

MIG (D300)
Layer (H390)

1.6mm

15kg (33Lbs)
75E Nickel/Aluminium Alloy

Produced specifically as an ARCSPRAY BONDING wire. Exotherms during spraying which produces very high bond strength coatings. Resistant to oxidation, high temperature and thermal cycling.

MIG (D300)
Layer (H390)

1.6mm

12.5kg (28Lbs)
78E Iron/ Chrome/Aluminium

Self bonding alloy especially suited to hot corrosion resistance in sulphurous atmospheres.

MIG (D300)

1.6mm

12.5kg (28Lbs)
79E Ichrome

Self bonding one-step machinable alloy which can be easily ‘feather edged’ and milled without chipping.

MIG (D300)
Layer (H390)

1.6mm

15kg (33Lbs)
80E 18/8 Stainless Steel

A low carbon STAINLESS. Coatings are corrosion resistant and show good wearing qualities.

Coil

2.3mm (11g)
3.17mm (1/8")

20kg (44Lbs)
80E 18/8 Stainless Steel

MIG (D300)

1.6mm

15kg (33Lbs)
81E 312 Stainless Steel

Produces good corrosion resistance with high shrink rates. Favoured for reinforced PTFE layers.

MIG (D300)
Layer (H390)

1.6mm

15kg (33Lbs)
83E 308L Stainless Steel

Self bonding machinable alloy, somewhat softer than 79E.

MIG (D300)

1.6mm

15kg (33Lbs)
84E 316 Stainless Steel

Produces dense coatings useful for build-up and repair where corrosion resistance is needed and finishing must be done by machining.

Coil

3.17mm (1/8")

20kg (44Lbs)
84E 316 Stainless Steel

MIG (D300)
Layer (H390)

1.6mm

15kg (33Lbs)
85E NiChrome 80/20

Used for high temperature corrosion resistance in non-sulphurous atmospheres. Also used to attach thermocouples

Coil

3.17mm (1/8")

20kg (44Lbs)
85E NiChrome 80/20

MIG (D300)

1.6mm

15kg (33Lbs)
87E Nickel/
Molybdenum

Produces low-shrink, work hardening coatings.

Coil

3.17mm (1/8")

20kg (44Lbs)
93E Stellite 6

Produces hard coatings suitable for use in high temperature areas.

MIG (D300)

1.6mm

15kg (33Lbs)
99E Molybdenum

Pure, sliver-free, split-free material. Can produce a range of coatings of varying hardness. Self bonding, hard, long wearing coating. Used primarily as a bond coat for Flamespray engineering applications.

Coil

2.3mm (11g)
3.17mm (1/8")

10kg (22Lbs)
99E Molybdenum

MIG (D300)

1.6mm

12.5kg (28Lbs)

Listed above are details of the most commonly supplied materials. if your requirement is not listed, please contact Metallisation and we will endevour to meet your needs.