Production Standard:

All national and international standards of IEC, AS / ZNS, BS, ICEA, TCVN or some other standard.

- IEC 62067 (ABOVE 150KV)
Conductor core:

The conductive core material is usually copper or aluminum braided round or Segments compressed in accordance with international standard IEC 60228 or according to customer's

Insulation:Insulation is made of ultra-clean cross-linked Polyethylene:

The core, insulation and insulation screens are extruded simultaneously in one process to ensure that gaps from all positions between layers are prevented

Extrusion processes are performed under the control of air pressure and an X-ray system.

In some special cases Tree-XLPE insulation will be used upon request from the customer.

Metal screen

Copper tape (or copper wire or lead sheath if specified) will be applied to the outside of the insulating screen.

Liner / separator

Polyethylene (PE) or PVC plastic

In the event that no armor is specified, the outer sheath will be applied directly to the outside of the screen.

Armor

The sheath that protects cables from mechanical agents is formed by the armor of steel strands, or steel tapes.

If the cable is single-core and is designed based on the choice of line, then the armor will be made with non-magnetic material (fiber or aluminum tape).

The outer shell

This sheath is made up of PVC or PE material.

These cables are manufactured with special properties under fire conditions such as flame retardant cables, low smoke cables or smoke-free cables and cables emitting toxic gases.

In other cases it will be manufactured to satisfy the requirements against termite attack.

Production Standard:

All national and international standards of IEC, AS / ZNS, BS, ICEA, TCVN or some other standard.

- IEC 62067 (ABOVE 150KV)
Conductor core:

The conductive core material is usually copper or aluminum braided round or Segments compressed in accordance with international standard IEC 60228 or according to customer's

Insulation:Insulation is made of ultra-clean cross-linked Polyethylene:

The core, insulation and insulation screens are extruded simultaneously in one process to ensure that gaps from all positions between layers are prevented

Extrusion processes are performed under the control of air pressure and an X-ray system.

In some special cases Tree-XLPE insulation will be used upon request from the customer.

Metal screen

Copper tape (or copper wire or lead sheath if specified) will be applied to the outside of the insulating screen.

Liner / separator

Polyethylene (PE) or PVC plastic

In the event that no armor is specified, the outer sheath will be applied directly to the outside of the screen.

Armor

The sheath that protects cables from mechanical agents is formed by the armor of steel strands, or steel tapes.

If the cable is single-core and is designed based on the choice of line, then the armor will be made with non-magnetic material (fiber or aluminum tape).

The outer shell

This sheath is made up of PVC or PE material.

These cables are manufactured with special properties under fire conditions such as flame retardant cables, low smoke cables or smoke-free cables and cables emitting toxic gases.

In other cases it will be manufactured to satisfy the requirements against termite attack.

Production Standard:

All national and international standards of IEC, AS / ZNS, BS, ICEA, TCVN or some other standard.

- IEC 62067 (ABOVE 150KV)
Conductor core:

The conductive core material is usually copper or aluminum braided round or Segments compressed in accordance with international standard IEC 60228 or according to customer's

Insulation:Insulation is made of ultra-clean cross-linked Polyethylene:

The core, insulation and insulation screens are extruded simultaneously in one process to ensure that gaps from all positions between layers are prevented

Extrusion processes are performed under the control of air pressure and an X-ray system.

In some special cases Tree-XLPE insulation will be used upon request from the customer.

Metal screen

Copper tape (or copper wire or lead sheath if specified) will be applied to the outside of the insulating screen.

Liner / separator

Polyethylene (PE) or PVC plastic

In the event that no armor is specified, the outer sheath will be applied directly to the outside of the screen.

Armor

The sheath that protects cables from mechanical agents is formed by the armor of steel strands, or steel tapes.

If the cable is single-core and is designed based on the choice of line, then the armor will be made with non-magnetic material (fiber or aluminum tape).

The outer shell

This sheath is made up of PVC or PE material.

These cables are manufactured with special properties under fire conditions such as flame retardant cables, low smoke cables or smoke-free cables and cables emitting toxic gases.

In other cases it will be manufactured to satisfy the requirements against termite attack.

Production Standard: 

All national and international standards of IEC, AS / ZNS, BS, ICEA, TCVN or some other standard. - IEC 62067 (ABOVE 150KV)

Conductor core:
The conductive core material is usually Copper or Aluminum circular compression or Segments compressed type in accordance with the international standard IEC 60228 or according to the customer's standard. Sector or circular braided or Milliken braided core is available upon request from customers.

Insulation:

Insulation is made of cross-linked Polyethylene (XLPE), X-90 or pholyvinyl chloride (PVC) resin:

Core grafting:

The insulating cores will be braided and rounded to the cable. The number of cores will be specified according to customer requirements

Liner / separator

Polyethylene (PE) or PVC plastic. In the absence of any armor specification, the outer sheath will be applied directly to the outside of the core coupling.

Armor:

The sheath that protects cables from mechanical agents is formed by the armor of steel strands, or steel tapes. If the cable is single-core and is designed based on the choice of line, then the armor is made with non-magnetic material (fiber or aluminum tape).

The outer shell

This sheath is made up of PVC or PE material. These cables are manufactured with special properties under fire conditions such as flame retardant cables, low smoke cables or smokeless cables and cables emitting toxic gas.

Production Standard:

All national and international standards of IEC, AS / ZNS, BS, ICEA, TCVN or some other standard.
- IEC 62067 (ABOVE 150KV) 
Conductor core: 

The conductive core material is usually Copper or Aluminum circular compression or Segments compressed type in accordance with the international standard IEC 60228 or according to the customer's standard.

Sector or circular braided or Milliken braided core is available upon request of the customer.

Insulation is made of cross-linked Polyethylene (XLPE), X-90 or pholyvinyl chloride (PVC) resin:

Core grafting: 

The insulating cores will be braided and rounded to the cable.

The number of cores will be specified according to customer requirements

Liner / separator

Polyethylene (PE) or PVC plastic.

Armor

The sheath that protects cables from mechanical agents is formed by the armor of steel strands, or steel tapes. If the cable is single-core and is designed based on the choice of the line, then the armor will be manufactured with non-magnetic material (fiber or aluminum tape).

The outer shell This sheath is made up of PVC or PE material. These cables are manufactured with special properties under fire conditions such as flame retardant cables, low smoke cables or smokeless cables and cables emitting toxic gas.

Production Standard:

All national and international standards of IEC, AS / ZNS, BS, ICEA, TCVN or some other standard.- IEC 62067 (ABOVE 150KV) 

Conductor core:

The conductive core material is usually Copper or Aluminum circular compression or Segments compressed type in accordance with the international standard IEC 60228 or according to the customer's standard.

Sector or circular braided or Milliken braided core is available upon request of the customer.

Insulation:

Insulation is made of cross-linked Polyethylene (XLPE), X-90 or pholyvinyl chloride (PVC) resin:

Core grafting

The insulating cores will be braided and rounded to the cable.

The number of cores will be specified according to customer requirements

Liner / separator

Polyethylene (PE) or PVC plastic.

In the absence of any armor specification, the outer sheath will be applied directly to the outside of the core coupling.

Armor:

The sheath that protects cables from mechanical agents is formed by the armor of steel strands, or steel tapes.

If the cable is single-core and is designed based on the choice of the line, then the armor will be waged with non-magnetic material (fiber or aluminum tape).

The outer shellThis sheath is made up of PVC or PE material. These cables are manufactured with special properties under fire conditions such as flame retardant cables, low smoke cables or smokeless cables and cables emitting toxic gas.

Production Standard:

All national and international standards of IEC, AS / ZNS, BS, ICEA, TCVN or some other standard.- IEC 62067 (ABOVE 150KV) 

Conductor core:

The conductive core material is usually Copper or Aluminum circular compression or Segments compressed type in accordance with the international standard IEC 60228 or according to the customer's standard.

Sector or circular braided or Milliken braided core is available upon request of the customer.

Insulation:

Insulation is made of cross-linked Polyethylene (XLPE), X-90 or pholyvinyl chloride (PVC) resin:

Core grafting

The insulating cores will be braided and rounded to the cable.

The number of cores will be specified according to customer requirements

Liner / separator

Polyethylene (PE) or PVC plastic.

In the absence of any armor specification, the outer sheath will be applied directly to the outside of the core coupling.

Armor:

The sheath that protects cables from mechanical agents is formed by the armor of steel strands, or steel tapes.

If the cable is single-core and is designed based on the choice of the line, then the armor will be waged with non-magnetic material (fiber or aluminum tape).

The outer shellThis sheath is made up of PVC or PE material. These cables are manufactured with special properties under fire conditions such as flame retardant cables, low smoke cables or smokeless cables and cables emitting toxic gas.

Production Standard:

All national and international standards of IEC, AS / ZNS, BS, ICEA, TCVN or some other standard.- IEC 62067 (ABOVE 150KV) 

Conductor core:

The conductive core material is usually Copper or Aluminum circular compression or Segments compressed type in accordance with the international standard IEC 60228 or according to the customer's standard.

Sector or circular braided or Milliken braided core is available upon request of the customer.

Insulation:

Insulation is made of cross-linked Polyethylene (XLPE), X-90 or pholyvinyl chloride (PVC) resin:

Core grafting

The insulating cores will be braided and rounded to the cable.

The number of cores will be specified according to customer requirements

Liner / separator

Polyethylene (PE) or PVC plastic.

In the absence of any armor specification, the outer sheath will be applied directly to the outside of the core coupling.

Armor:

The sheath that protects cables from mechanical agents is formed by the armor of steel strands, or steel tapes.

If the cable is single-core and is designed based on the choice of the line, then the armor will be waged with non-magnetic material (fiber or aluminum tape).

The outer shellThis sheath is made up of PVC or PE material. These cables are manufactured with special properties under fire conditions such as flame retardant cables, low smoke cables or smokeless cables and cables emitting toxic gas.

Production Standard:

All national and international standards of IEC, AS / ZNS, BS, ICEA, TCVN or some other standard.- IEC 62067 (ABOVE 150KV) 

Conductor core:

The conductive core material is usually Copper or Aluminum circular compression or Segments compressed type in accordance with the international standard IEC 60228 or according to the customer's standard.

Sector or circular braided or Milliken braided core is available upon request of the customer.

Insulation:

Insulation is made of cross-linked Polyethylene (XLPE), X-90 or pholyvinyl chloride (PVC) resin:

Core grafting

The insulating cores will be braided and rounded to the cable.

The number of cores will be specified according to customer requirements

Liner / separator

Polyethylene (PE) or PVC plastic.

In the absence of any armor specification, the outer sheath will be applied directly to the outside of the core coupling.

Armor:

The sheath that protects cables from mechanical agents is formed by the armor of steel strands, or steel tapes.

If the cable is single-core and is designed based on the choice of the line, then the armor will be waged with non-magnetic material (fiber or aluminum tape).

The outer shellThis sheath is made up of PVC or PE material. These cables are manufactured with special properties under fire conditions such as flame retardant cables, low smoke cables or smokeless cables and cables emitting toxic gas.

Production Standard:

All national and international standards of IEC, AS / ZNS, BS, ICEA, TCVN or some other standard.- IEC 62067 (ABOVE 150KV) 

Conductor core:

The conductive core material is usually Copper or Aluminum circular compression or Segments compressed type in accordance with international standard IEC 60228 or according to customer's standard.

Sector or circular braided or Milliken braided core is available upon request of the customer.

Insulation:

Insulation is made of cross-linked Polyethylene (XLPE), X-90 or pholyvinyl chloride (PVC) resin:

Core grafting The insulating cores will be braided and rounded to the cableNumber of cores will be specified according to customer requirements Liner / separatorPolyethylene (PE) or PVC plastic.

In the absence of any armor specification, the outer sheath will be applied directly to the outside of the core coupling.

Armor

The sheath that protects cables from mechanical agents is formed by the armor of steel fibers, or steel tapes.If the cable is single-core and is designed based on the choice of the line, then the armor will be manufactured with non-magnetic material (fiber or aluminum tape).

The outer shell:
This sheath is made up of PVC or PE material.These cables are manufactured with special properties under fire conditions such as flame retardant cables, low smoke cables or smokeless cables and cables emitting toxic gas.

Production Standard:

All national and international standards of IEC, AS / ZNS, BS, ICEA, TCVN or some other standard.- IEC 62067 (ABOVE 150KV) 

Conductor core:

The conductive core material is usually Copper or Aluminum circular compression or Segments compressed type in accordance with international standard IEC 60228 or according to customer's standard.

Sector or circular braided or Milliken braided core is available upon request of the customer.

Insulation:

Insulation is made of cross-linked Polyethylene (XLPE), X-90 or pholyvinyl chloride (PVC) resin:

Core grafting The insulating cores will be braided and rounded to the cableNumber of cores will be specified according to customer requirements Liner / separatorPolyethylene (PE) or PVC plastic.

In the absence of any armor specification, the outer sheath will be applied directly to the outside of the core coupling.

Armor

The sheath that protects cables from mechanical agents is formed by the armor of steel fibers, or steel tapes.If the cable is single-core and is designed based on the choice of the line, then the armor will be manufactured with non-magnetic material (fiber or aluminum tape).

The outer shell:
This sheath is made up of PVC or PE material.These cables are manufactured with special properties under fire conditions such as flame retardant cables, low smoke cables or smokeless cables and cables emitting toxic gas.

Production Standard: 

All national and international standards of IEC, AS / ZNS, BS, ICEA, TCVN or some other standard. - IEC 62067 (ABOVE 150KV)

Conductor core:
The conductive core material is usually Copper or Aluminum circular compression or Segments compressed type in accordance with the international standard IEC 60228 or according to the customer's standard. Sector or circular braided or Milliken braided core is available upon request from customers.

Insulation:

Insulation is made of cross-linked Polyethylene (XLPE), X-90 or pholyvinyl chloride (PVC) resin: Core grafting The insulating cores will be braided and rounded to the cable. The number of cores will be specified according to customer requirements Liner / separator Polyethylene (PE) or PVC plastic. In the absence of any armor specification, the outer sheath will be applied directly to the outside of the core coupling.

Armor:

The sheath that protects cables from mechanical agents is formed by the armor of steel strands, or steel tapes. If the cable is single-core and is designed based on the choice of line, then the armor is made with non-magnetic material (fiber or aluminum tape). The outer shell This sheath is made up of PVC or PE material. These cables are manufactured with special properties under fire conditions such as flame retardant cables, low smoke cables or smokeless cables and cables emitting toxic gas.