Quality system
Environment

GALVALID® coating_Zn95Al5

SINTERBERG® coating

Hard bright wire

Cold forming wire
Galvanized wire

Annealed wire

Plastic coated wire
Bailing wire FILTIBÍ®
Wire for galvanizing plant
Fencing wire
Steel wire for ropes
Wire for armouring cables
Round and flat wire for lightning protection and grounding
Wire for reinforced hoses
Spring wire
Redrawn wire
Patented wire
Patented phosphate coated
Patented zinc coated
Patented Zn95Al5 coated
Agricultural wire FILAR®
GRIPPLE®
Gabions
Nails

Glossary

Weights & lengths

Gauge conversion
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BAILING WIRE
 

 

 

 

BLACK ANNEALED For general use. Typical applications: waste paper, recycling of plastic, waste productus, segregated waste collection and agriculture.

PACKING AND PRODUCTION RANGE

Ø 1,5 ÷ 5,0 mm                                              


- Rolls of 30 / 60 kg
- Spools of 50 kg, dimensions 330x200x150 mm, also in carboardand boxes and wooden cases
- Spools of 1,000 kg, dimensions 820x550x630 mm, with eyes
- Orbits coils of 500 / 1,000 kg, with eyes
- Bars with an eye at one or both ends, length up 5,000 mm

 

SOFT GALVANIZED In case packing wire needs protectionsfrom oxidation as in publishing, textile industry and agriculrure.
Hot dip galvanization according EN 10244-2 class A (heavy) e class D (light).

 

 

 

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HIGH YIELD POINT BAILING WIRE
length (m/kg) 10% longer

Continuous research and unique experience of the Firm leader of the market has been able to develop for first, a steel from the distinctive features that, to parity of weight, it develops a length of product longer and therefore of material packed, superior of 10% to then traditional wire.

 

Ø   mm

length m/kg

Δ


HIGH YIELD POINT

traditional wire


HIGH YIELD POINT

traditional wire
2,55 2,70 25,1 22,5 +10%
2,85 3,00 20,2 18,2 +10%
3,30 3,50 14,9 13,2 +10%
 3,65 3,80 12,3 11,2 +10%
3,80 4,00 11,2 10,1 +10%
4,30 4,50 8,8 7,9 +10%

 

 Download ENGLISH leaflet

Download GERMAN leaflet

 

 


 


 

 


Re = Yield point: stress at which a material begins to plastically deform. Once the yield point is passed, the deformation will be permanent and non-reversible.


Rm = Tensile strength : measures the force required to pull the wire to the point where it breaks in two parts.

 
 


 

 

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