Wire cables - Import export

Sintered Extruded PTFE Film is a high modulus PTFE film manufactured by extrusion and sintering processes. The physical properties of sintered extruded PTFE film exceed the physical properties of skived PTFE films. Features/Benefits • High dielectric strength • High chemical resistance • Low moisture absorption • Resistance to permeability • High temperature insulation • High modulus • Operating temperature range -100°F (-73°C) to +500°F (260°C) • RoHS and REACH compliant Applications • High temperature wire and cable • Coil winding • Gaskets • Diaphragms

Black Unsintered Extruded PTFE Film is engineered with a carbon based PTFE filler to enhance conductivity and facilitate the dissipation of static electricity. It can be used for shielding high temperature wires and cables, wall construction of convoluted hose or when carbon black offers color advantages over other black pigments. Physical properties and conductivity are maximized after sintering. Features/Benefits • Enhanced Conductivity • Outstanding heat and chemical resistance • RoHS and REACH compliant Applications • High temperature wire and cable • Convoluted hose

EN AW-1050A EN 573-3AW-1050A AISI AW-1050A, EN AW-2017A EN 573-3AW-2017A AISI AW-2017A,  EN AW-2024 EN 573-3AW-2024 AISI AW-2024, EN AW-5052 EN 573-3AW-5052 AISI AW-5052, EN AW-5754 EN 573-3AW-5754 AISI AW-5754, EN AW-6082 EN 573-3AW-6082 AISI AW-6082, EN AW-7075 EN 573-3AW-7075 AISI AW-7075

composition : CuZn37 According to EN 12166 Can be supplied with a tinned or nickel plated surface finish, or other finishes on request.

COPPER WIRE FOR ELECTRICAL APPLICATIONS composition : Cu-ETP According to EN 13602 Can be supplied with a tinned or nickel plated surface finish, or others on request.

APPLICATION OF HARD DRAWN STEEL WIRE Tension, compression and torsion springs that are mainly submitted to high static strains and to medium levels of dynamic strains. EN 10270-1 ASTM A 228

APPLICATION OF HARD DRAWN STEEL WIRE Tension, compression or torsion springs that are subjected to high static stresses or moderately dynamic stresses.

POSSIBILITY OF SUPPLY: Whitout coating: Annealed, N/A and Hard Drawn ( Grey) Whith coating: Annealed Galvanised and Hard Galvanised ( Grey) TYPES OF COATING: Galvanised - Reinforced galvanised - ZA - Reinforced ZA

APPLICATION: Wire for alloy and non-alloy steel spring for use with severe dynamic stresses, such as prings for valves. According to EN 10270-2

APPLICATION: Wire for alloy and non-alloy steel spring for use with severe dynamic stresses, such as prings for valves. According to EN 10270-2 and ASTM A 877

APPLICATION: Steel wire for spring with medium factigue levels, such as that required for alloy and non-alloy steel clutch springs According to EN 10270-2 and ASTM 2 A 1000-5 Grade D

For final diameters between 1.50 mm and 8.00 mm and for the VD-type wires, the wire can be trimmed or straightened (shaved). According to EN 10270-2 and ASTM A 1000-5 Grade A

APPLICATION: Suitable for static applications. According to EN 10270-2

For final diameters between 1.50 mm and 8.00 mm and for the VD-type wires, the wire can be trimmed or straightened (shaved). According to EN 10270-2 and ASTM A 401

APPLICATION: Suitable for static applications. According to EN 10270-2 and ASTM A 229

APPLICATION OF HARD DRAWN STEEL WIRE Compression springs, extension springs,and torsion springs for high and dynamic stresses. According to DIN 17223:1964-1

CHEMICAL COMPOSITION (HEAT ANALYSIS OF MARTENSITIC AND PRECIPITATION-HARDENED STAINLESS STEEL, FERRITIC STAINLESS STEEL AND AUSTENITIC STAINLESS STEEL) ACCORDING TO EN 10088-3

CHEMICAL COMPOSITION (HEAT ANALYSIS OF MARTENSITIC AND PRECIPITATION-HARDENED STAINLESS STEEL, FERRITIC STAINLESS STEEL AND AUSTENITIC STAINLESS STEEL) ACCORDING TO EN 10088-3

CHEMICAL COMPOSITION (HEAT ANALYSIS OF MARTENSITIC AND PRECIPITATION-HARDENED STAINLESS STEEL, FERRITIC STAINLESS STEEL AND AUSTENITIC STAINLESS STEEL) ACCORDING TO EN 10088-3

CHEMICAL COMPOSITION (HEAT ANALYSIS OF MARTENSITIC AND PRECIPITATION-HARDENED STAINLESS STEEL, FERRITIC STAINLESS STEEL AND AUSTENITIC STAINLESS STEEL) ACCORDING TO EN 10088-3

APPLICATION OF HARD DRAWN STEEL WIRE Tension, compression or torsion springs that are subjected to medium-high dynamic stresses. Also for wire shapes that require severe bending. According to EN 10270-1 and ASTM A 227

CHEMICAL COMPOSITION (HEAT ANALYSIS OF MARTENSITIC AND PRECIPITATION-HARDENED STAINLESS STEEL, FERRITIC STAINLESS STEEL AND AUSTENITIC STAINLESS STEEL) ACCORDING TO EN 10088-3

APPLICATION OF HARD DRAWN STEEL WIRE Tension, compression or torsion springs that are subjected to medium-high static stresses or, rarely, dynamic stresses.

APPLICATION OF HARD DRAWN STEEL WIRE Tension, compression or torsion springs that are chiefly subjected to low static stress. According to EN 10270-1 and ASTM A 227

CHEMICAL COMPOSITION (HEAT ANALYSIS OF MARTENSITIC AND PRECIPITATION-HARDENED STAINLESS STEEL, FERRITIC STAINLESS STEEL AND AUSTENITIC STAINLESS STEEL) ACCORDING TO EN 10088-3

CHEMICAL COMPOSITION (HEAT ANALYSIS OF MARTENSITIC AND PRECIPITATION-HARDENED STAINLESS STEEL, FERRITIC STAINLESS STEEL AND AUSTENITIC STAINLESS STEEL) ACCORDING TO EN 10088-3

CHEMICAL COMPOSITION (HEAT ANALYSIS OF MARTENSITIC AND PRECIPITATION-HARDENED STAINLESS STEEL, FERRITIC STAINLESS STEEL AND AUSTENITIC STAINLESS STEEL) ACCORDING TO EN 10088-3

CHEMICAL COMPOSITION (HEAT ANALYSIS OF MARTENSITIC AND PRECIPITATION-HARDENED STAINLESS STEEL, FERRITIC STAINLESS STEEL AND AUSTENITIC STAINLESS STEEL) ACCORDING TO EN 10088-3

CHEMICAL COMPOSITION (HEAT ANALYSIS OF MARTENSITIC AND PRECIPITATION-HARDENED STAINLESS STEEL, FERRITIC STAINLESS STEEL AND AUSTENITIC STAINLESS STEEL) ACCORDING TO EN 10088-3