Cable PVC compounds come in two basic forms: Rigid and Flexible. The Rigid form of PVC is used in construction for pipe and in applications such as doors and windows. It is also used for bottles, other non-food packaging and `cards (such as bank or membership cards). It can be made softer and more flexible by the addition of plasticizers. In this form, it is also used in plumbing, electric-cable insulation, imitation leather, signage, inflatable products and many applications where it replaces rubber. Thermoplastic materials derived from processing polyvinyl chloride compositions, produced as granules are used in the making of PVC cable compounds. By using plasticizers, stabilizers and modifiers in various combinations and compositions, various properties are imparted to compounds depending on applications and item operation conditions. Their dielectric properties make them perfect for sheathing & insulating electricals.

Advantage

• Considerably high mechanical strength.
• Water resistance.
• High thermal resistance to low temperatures.
• Good insulation properties.
• Insolubility in gasoline and kerosene, abrasion, acid and alkali resistant.

Application

1.Medical ApplicationsIn medical industry, PVC compounds are used for manufacturing of flanges for Copper-T, oxygen masks, IV- Tubes, regulators, blood bags, urine bags, glucose bags, disposable tubes and more.
2.Foods &. Packaging ApplicationIn food and packaging applications, PVC compounds can be used to produce bottles, blister packaging films, crown caps. PVC compounds are widely used in industry to manufacture appliance components, boxes, connectors, office equipment, tapes, cable insulation, sheathing, flame retardant sheathing, flame retardant - low smoke sheathing, high temperature cable applications, non-migratory sheathing, welding cables and more.
3.Industrial ApplicationThe various industrial applications in which PVC compounds are used include Petrol tubes, profiles, co-extrusion straps, hoses for fuel & oils, gaskets, sleeves, door & window profiles and sliding, H-band, fitting, lip seals, co-extrusion spiral hoses and all tailor made applications etc.

The compound is processed using high grade polyvinyl chloride by our experienced professionals. This compound is widely used for making plastic products such as bottles and pipes.

Advantage

• Fine finish
• Bio-degradable
• High strength
• Excellent density

PVC or polyvinyl chloride, sometimes also known as vinyl, is a thermoplastic material made of 57% chlorine (derived from industrial grade salt) and 43% carbon (derived predominantly from oil / gas via ethylene). There are various uses of PVC

Application

• Mechanical recycling: PVC waste is ground into small pieces that can be easily processed into new PVC compounds ready to be melted and formed into new products. .
• Feedstock recycling: PVC waste is broken right back down into its chemical molecules, which can be used again to make PVC or other materials

Advantage

• It is inexpensive to make
• Requires minimal maintenance when in use
• PVC products are well suited for recycling when they come to the end of their life. PVC compounds are 100% recyclable physically, chemically or energetically.

Cable PVC compounds come in two basic forms: Rigid and Flexible. The Rigid form of PVC is used in construction for pipe and in applications such as doors and windows. It is also used for bottles, other non-food packaging and `cards (such as bank or membership cards). It can be made softer and more flexible by the addition of plasticizers. In this form, it is also used in plumbing, electric-cable insulation, imitation leather, signage, inflatable products and many applications where it replaces rubber. Thermoplastic materials derived from processing polyvinyl chloride compositions, produced as granules are used in the making of PVC cable compounds. By using plasticizers, stabilizers and modifiers in various combinations and compositions, various properties are imparted to compounds depending on applications and item operation conditions. Their dielectric properties make them perfect for sheathing & insulating electricals.

Advantage

• Considerably high mechanical strength.
• Water resistance.
• High thermal resistance to low temperatures.
• Good insulation properties.
• Insolubility in gasoline and kerosene, abrasion, acid and alkali resistant.

Application

1.Medical ApplicationsIn medical industry, PVC compounds are used for manufacturing of flanges for Copper-T, oxygen masks, IV- Tubes, regulators, blood bags, urine bags, glucose bags, disposable tubes and more.
2.Foods &. Packaging ApplicationIn food and packaging applications, PVC compounds can be used to produce bottles, blister packaging films, crown caps. PVC compounds are widely used in industry to manufacture appliance components, boxes, connectors, office equipment, tapes, cable insulation, sheathing, flame retardant sheathing, flame retardant - low smoke sheathing, high temperature cable applications, non-migratory sheathing, welding cables and more.
3.Industrial ApplicationThe various industrial applications in which PVC compounds are used include Petrol tubes, profiles, co-extrusion straps, hoses for fuel & oils, gaskets, sleeves, door & window profiles and sliding, H-band, fitting, lip seals, co-extrusion spiral hoses and all tailor made applications etc.

The compound is processed using high grade polyvinyl chloride by our experienced professionals. This compound is widely used for making plastic products such as bottles and pipes.

Advantage

• Fine finish
• Bio-degradable
• High strength
• Excellent density

PVC or polyvinyl chloride, sometimes also known as vinyl, is a thermoplastic material made of 57% chlorine (derived from industrial grade salt) and 43% carbon (derived predominantly from oil / gas via ethylene). There are various uses of PVC

Application

• Mechanical recycling: PVC waste is ground into small pieces that can be easily processed into new PVC compounds ready to be melted and formed into new products. .
• Feedstock recycling: PVC waste is broken right back down into its chemical molecules, which can be used again to make PVC or other materials

Advantage

• It is inexpensive to make
• Requires minimal maintenance when in use
• PVC products are well suited for recycling when they come to the end of their life. PVC compounds are 100% recyclable physically, chemically or energetically.