PVC Building & Construction
Cable
What we produce for the Building & Construction industry


Material Description | Soft PVC / Extrusion / Insulation |
Standard | EN 50363-3 (TI1) |
Product Code | 101-T1 |
Grade | 70 C° |
Color | Desired Colors |
Hardness | 90-95 Shr -A- |
Density | 1,40 - 1,45 gr/cm3 |
Explanation:
The core is each insulated conductor of the cable. The core(s) consists of a conductive part and an insulator surrounding it. Core insulation is the sheath that electrically insulates its conductor. Insulating (dielectric) raw materials such as PVC Compound are products that resist electric current and do not conduct current. It is generally used as an insulation material in panels, fixed facilities, cable types produced for flush-mounted and surface-mounted.

Material Description | Soft PVC / Extrusion / Insulation |
Standard | EN 50363-3 (TI2) |
Product Code | 155-90 |
Grade | 70 C° |
Color | Desired Colors |
Hardness | 90-95 Shr -A- |
Density | 1,50 - 1,55 gr/cm3 |
Explanation:
The core is each insulated conductor of the cable. The core(s) consists of a conductive part and an insulator surrounding it. Core insulation is the sheath that electrically insulates its conductor. Insulating (dielectric) raw materials such as PVC Compound are products that resist electric current and do not conduct current. It is generally used as an insulation material in panels, fixed facilities, cable types produced for flush-mounted and surface-mounted.

Material Description | Soft PVC / Extrusion / Outer & Inner Sheath |
Standard | EN 50363-3 (TM1) |
Product Code | 303-6 |
Grade | 70 C° |
Color | Desired Colors |
Hardness | 85-90 Shr -A- |
Density | 1,45 - 1,50 gr/cm3 |
Explanation:
The Outer Sheath is the insulator that comes after the core(s) coated on each insulated conductor of the cable. Sheath insulation is the outermost insulation material used to protect cables from external factors. Insulating, flexible and impact resistant raw materials such as PVC Compound are used to prevent various external damages to the cables. It is generally used as an insulation material in indoor and outdoor places, fixed and mobile facilities, flush-mounted and surface-mounted installations and cable types produced for communication systems.

Material Description | Soft PVC / Extrusion / Outher & Inner Sheath |
Standard | EN 50363-3 (TM2) |
Product Code | 302-5 |
Grade | 70 C° |
Color | Desired Colors |
Hardness | 80-85 Shr -A- |
Density | 1,40 - 1,45 gr/cm3 |
Explanation:
The Outer Sheath is the insulator that comes after the core(s) coated on each insulated conductor of the cable. Sheath insulation is the outermost insulation material used to protect cables from external factors. Insulating, flexible and impact resistant raw materials such as PVC Compound are used to prevent various external damages to the cables. It is generally used as an insulation material in cable types produced for use in lighting, heating, cooling, white goods, electrical appliances and extension cables.

Material Description | Soft PVC / Extrusion / Outer Sheath |
Standard | IEC 60502-1 |
Product Code | 701-80-40 ST1 |
Grade | 80 C° |
Color | Transparent |
Hardness | 80-85 Shr -A- |
Density | 1,15 - 1,20 gr/cm3 |
Explanation:
The Outer Sheath is the insulator that comes after the core(s) coated on each insulated conductor of the cable. Sheath insulation is the outermost insulation material used to protect cables from external factors. Insulating, flexible and impact resistant raw materials such as PVC Compound are used to prevent various external damages to the cables. It is generally used as an insulation material in indoor and outdoor places, fixed and mobile facilities, flush-mounted and surface-mounted installations and cable types produced for communication systems.

Material Description | Soft PVC / Extrusion / Outher & Inner Sheath |
Standard | IEC 60502-1 |
Product Code | 203-6-1 ST2 |
Grade | 90 C° |
Color | Desired Colors |
Hardness | 85-90 Shr -A- |
Density | 1,40 - 1,45 gr/cm3 |
Explanation:
The Outer Sheath is the insulator that comes after the core(s) coated on each insulated conductor of the cable. Sheath insulation is the outermost insulation material used to protect cables from external factors. Insulating, flexible and impact resistant raw materials such as PVC Compound are used to prevent various external damages to the cables. It is generally used as an insulation material in indoor and outdoor places, fixed and mobile facilities, flush-mounted and surface-mounted installations and cable types produced for communication systems.

Material Description | Soft PVC / Extrusion / Flame Retardant |
Standard | IEC 60502-1 |
Product Code | 303-6 FR |
Grade | 70 C° |
Color | Desired Colors |
Hardness | 85-90 Shr -A- |
Density | 1,40 - 1,45 gr/cm3 |
LOI | >30 %O2 |
Smoke Density | S2/S3 |
Explanation:
The Outer Sheath is the insulator that comes after the core(s) coated on each insulated conductor of the cable. Sheath insulation is the outermost insulation material used to protect the cables from external factors. Insulating, flexible and impact resistant raw materials such as PVC Compound are used to prevent various external damages to the cables. It is generally used as an insulation material in the production of fire resistant cable types with low smoke density and flame retardant properties.

Material Description | Soft PVC / Extrusion / Low Smoke & HCl Emission |
Standard | IEC 60502-1 |
Product Code | 303-9 |
Grade | 70 C° |
Color | Desired Colors |
Hardness | 85-90 Shr -A- |
Density | 1,40 - 1,45 gr/cm3 |
HCl Emission | <8% |
Explanation:
The Outer Sheath is the insulator that comes after the core(s) coated on each insulated conductor of the cable. Sheath insulation is the outermost insulation material used to protect the cables from external factors. Insulating, flexible and impact resistant raw materials such as PVC Compound are used to prevent various external damages to the cables. It is generally used as an insulation material in the production of fire resistant cable types with low smoke density and flame retardant properties.

Material Description | Soft PVC / Extrusion / Outher & Inner Sheath |
Standard | EN 50363-3 (TM1) LIFT |
Product Code | 340-88-1 |
Grade | 70 C° |
Color | Desired Colors |
Hardness | 85-90 Shr -A- |
Density | 1,35- 1,40 gr/cm3 |
Explanation:
The Outer Sheath is the insulator that comes after the core(s) coated on each insulated conductor of the cable. Sheath insulation is the outermost sheath used to protect cables from external factors. Insulating, flexible and impact resistant raw materials such as PVC Compound are used to prevent various external damages to the cables. It is generally used as an insulation material in cable types produced for elevators, cranes, conveyor systems and racking devices.

Material Description | Soft PVC / Extrusion / Oil and Hydrocarbon Resistant |
Standard | EN 50363-3 (TM5) |
Product Code | 207-5 TM5 |
Grade | 70 C° |
Color | Desired Colors |
Hardness | 85-90 Shr -A- |
Density | 1,35 - 1,40 gr/cm3 |
Explanation:
The Outer Sheath is the insulator that comes after the core(s) coated on each insulated conductor of the cable. Sheath insulation is the outermost sheath used to protect cables from external factors. Insulating, flexible and impact resistant raw materials such as PVC Compound are used to prevent various external damages to the cables. It is generally used as an insulation material in machine production, power stations, engineering projects, heating-ventilation systems, in short, cable types used in dry, humid and oily environments.

Material Description | Soft PVC / Extrusion / Outer & Inner Sheath |
Standard | EN 50363-3 (TM1) |
Product Code | 800-85 |
Grade | 70 C° |
Color | Transparent |
Hardness | 85-90 Shr -A- |
Density | 1,20 - 1,25 gr/cm3 |
Explanation:
The Outer Sheath is the insulator that comes after the core(s) coated on each insulated conductor of the cable. Sheath insulation is the outermost sheath used to protect cables from external factors. Insulating, flexible and impact resistant raw materials such as PVC Compound are used to prevent various external damages to the cables. It is generally used as an insulation material in cable types (cord) produced for the lighting industry and in household natural gas pipes.