Organic Coatings

Organic coatings are able to provide excellent salt spray resistance for relatively small coating thicknesses and are perfect for corrosion protection systems.

Organic Finishes Available from Bodycote

Delta Protekt KL 100 + VH 300 (VH301GZ, VH302GZ)
Deltatone 9000
Deltaseal topcoats
Delta Coll GZ
Magni 565, 566, 567 (B18, B46)
Xylan (5230 Dip Spin) + (1070, 1424 Spray)

Spray Application

The components are assembled onto jigs ready for spraying. Only one application is necessary to build up a coating of 8-10 microns all over the component, which is cured at 180-210 celsius for 15-20 min.

Dip Spin Application

This method is ideal for small components such as fasteners, spring clips etc. and involves the component being loaded into a centrifuge basket to a pre-determined weight and spun/tilted/spun at pre-determined speeds and times to achieve a uniform coverage of the component.

Processed work is cured at 180 celsius for 15 - 20 mins. The process is then repeated to produce a double layer of material of 8-10 microns. This can be repeated to produce heavier deposits which also increases sat spray resistance accordingly.

After Treatments

To enhance the properties of this process, it is possible to combine other coatings such as Delta Seal or Dorrltech B17 which increases Salt Spray resistance and/or colour to the Delta Tone system.

Properties

Medium term environmental protection
Salt Spray resistance in excess of 500 hours
Electrically conductive
No hexavalent chrome
Repeatable torque values within the normal automotive ranges, (BS7371)
Uniform, relatively thin coating deposits make it ideal for fasteners.
Versatile application methods allow a wide cross section of components to be coated.
Relatively low curing temperature of 200 celsius allows high tensile components to be coated without tempering

Applications

Threaded fasteners M4 and above
Automotive pressings
Automatic brake system components
Suspended wire clips for steel hoists
Circlips
Sintered metal components

Specifications / Approvals

Ford ESD M11 part B2, SAAB GM 7111, BS7371 Part II, FIAT 9:57512, VW TL 233, LUCAS GIRLING T 32-21-102, OPEL GM 4255, MAGNETTI MARELLI G, DBL 8440, 86043, AUDI TL 233, VOLVO V00B 416, SEAT TL 233, WABCO JED 232,ZFB998, FORD ESA-M21P5-A

For further information regarding Organic Coatings we have more information in the Info Library on this website.

Organic Coatings

Organic coatings are able to provide excellent salt spray resistance for relatively small coating thicknesses and are perfect for corrosion protection systems.

Organic Finishes Available from Bodycote

Delta Protekt KL 100 + VH 300 (VH301GZ, VH302GZ)

Deltatone 9000

Deltaseal topcoats

Delta Coll GZ

Magni 565, 566, 567 (B18, B46)

Xylan (5230 Dip Spin) + (1070, 1424 Spray)

Spray Application

The components are assembled onto jigs ready for spraying. Only one application is necessary to build up a coating of 8-10 microns all over the component, which is cured at 180-210 celsius for 15-20 min.

Dip Spin Application

This method is ideal for small components such as fasteners, spring clips etc. and involves the component being loaded into a centrifuge basket to a pre-determined weight and spun/tilted/spun at pre-determined speeds and times to achieve a uniform coverage of the component.

Processed work is cured at 180 celsius for 15 - 20 mins. The process is then repeated to produce a double layer of material of 8-10 microns. This can be repeated to produce heavier deposits which also increases sat spray resistance accordingly.

After Treatments

To enhance the properties of this process, it is possible to combine other coatings such as Delta Seal or Dorrltech B17 which increases Salt Spray resistance and/or colour to the Delta Tone system.

Properties

Medium term environmental protection

Salt Spray resistance in excess of 500 hours

Electrically conductive

No hexavalent chrome

Repeatable torque values within the normal automotive ranges, (BS7371)

Uniform, relatively thin coating deposits make it ideal for fasteners.

Versatile application methods allow a wide cross section of components to be coated.

Relatively low curing temperature of 200 celsius allows high tensile components to be coated without tempering

Applications

Threaded fasteners M4 and above

Automotive pressings

Automatic brake system components

Suspended wire clips for steel hoists

Circlips

Sintered metal components

Specifications / Approvals

Ford ESD M11 part B2, SAAB GM 7111, BS7371 Part II, FIAT 9:57512, VW TL 233, LUCAS GIRLING T 32-21-102, OPEL GM 4255, MAGNETTI MARELLI G, DBL 8440, 86043, AUDI TL 233, VOLVO V00B 416, SEAT TL 233, WABCO JED 232,ZFB998, FORD ESA-M21P5-A

For further information regarding Organic Coatings we have more information in the Info Library on this website.