Calcium lubricant with medium content of fatty acids
Rod breakdown of bead wire.
Surface preparation:
calcium - sodium lubricant with high content of fatty acids, E.P. additives
Rod breakdown of bead wire.
Surface preparation:
calcium lubricant with low content of fatty acids
Rod breakdown of bead wire.
Surface preparation:
low borax sodium lubricant
To be used for the 2nd drawing after patenting
Surface preparation:
low borax sodium lubricant with high content of stearic acid, high melting point
For first and second drawing of steel cord wire.
High speed and performance. Pressure dies recommended.
Surface preparation:
pickling and coating (PANCOVER 4750, 4760, 4780)
borax free sodium lubricant with high content of stearic acid, 100% environmentally safe
For first and second drawing of steel cord wire.
High speed and performance. Pressure dies recommended.
Surface preparation:
pickling and coating (PANCOVER 4750, 4760, 4780)
low borax sodium lubricant with high content of stearic acids, high melting point
For first and second drawing of steel cord wire.
High speed and performance. Pressure dies recommended.
Surface preparation:
pickling and coating (PANCOVER 4750, 4760, 4780)
Polymer - Lubricant dispersion
Water based concentrated dispersion of lubricant substances, based on micronized synthetic resins and polymers and E.P. additives.
For fine diameters.
semisynthetic emulsifiable oil
Wet drawing of steel cord wire.
Surface preparation:
zinc calcium phosphates accelerated with nitrate/nitrite
Product suitable for high speed drawing for high carbon steel wires.
Surface preparation:
zinc calcium phosphates accelerated with nitrate/nitrite
Product suitable for high speed drawing for high carbon steel wires.
Surface preparation:
zinc phosphates accelerated with nitrate/nitrite
For general applications for cold heading and high carbon steel wire: high coating weight, very adherent crystals.
Suitable for oil and dry lubrication.
It can be used either for batch or in-line treatments.
Surface preparation:
zinc phosphates accelerated with nitrate/nitrite
For general applications for cold heading and high carbon steel wire: high coating weight, very adherent crystals.
Suitable for oil and dry lubrication.
It can be used either for batch or in-line treatments.
Surface preparation:
zinc phosphates accelerated with nitrate/chlorite
Universal product for application on high and low carbon steel, on acid pickled or shot blaster rod.
Single product easy to use, very stable working conditions.
It produces a smooth and black finish on the drawn wire, it can be used fot batch or in-line operations.
Surface preparation:
chloride and borax free
Borax free pre-coating product for stainless steel wires, bars,tubes and profiles.
Special additives have been included to enhance the adherence to the rod/wire surface
The coating film has a low tendency to moisture pick-up enabling long storage before final use.
Surface preparation:
1. acid pickling
2. shot blasting
3.molten salts descaling
chloride free
Special additives have been included to enhance the adherence to the rod/wire surface
The coating film has a low tendency to pick up moisture enabling long storage before final use.
This product can be used either for stainless steel or carbon steel, batch or in-line treatment, specially indicated for mattress spring wire.
Surface preparation:
1. acid pickling
2. shot blasting
3.molten salts descaling
low borax pre-coating
Low borax pre-coating product. The coating film has a low tendency to moisture pick-up enabling long storage before final use.
Surface preparation:
1. acid pickling
2. shot blasting
borax free product, special additives have been included to enhance the adherence to the rod/wire surface.
Designed to avoid the presence of boron in waste water. It can be used either on rod or fine wire.
Surface preparation:
1. acid pickling
2. shot blasting
very low hygroscopicity, low borax
Particularly indicated for high humidity enviromment.
Surface preparation:
1. acid pickling
2. shot blasting
borax free pre-coating compound , water soluble
It is used for the in-line treatment of multi-wire coating after in-line phosphate.
Surface preparation: