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1 year ago

Plastics Used In Various Applications

In the modern world plastic parts are part of daily life, from the wires and cables that connect us to the internet, to the conduits and wiring that wind around our houses and the places we work, to the endless plastic parts on the consoles of our cars. Most plastic is made from PVC (Polyvinyl Chloride) and manufactured by PVC manufacturers in facilities around the world and throughout the US.

Chemical engineers have the ability to vary the chemical properties of semi-rigid chemical alloys to produce rigid PVC compounds that maintain their shape or flexible PVC that if often used for pliable tubes or other flexible parts. The applications for plastic really are endless and reach across home, business, and manufacturing items including:

Automotive Parts - shifting knobs, door gaskets, window and sunroof seals, console moldings, trim, wires

Industrial - handles, grips, hoses, tubing, knobs, suction cups, grommets, parts

Medicine - tubing, bendable tubing, intravenous feeding. Plastics found in the medical field use medical grade PVC plastics created for safe food handling and sanitation.

Building/Construction - window stripping, window sealing, outside trimming pieces

Wires & Cabling - appliance wiring, communications cabling, automobile cabling and wires

Electrical - power cords, harnesses for wires, battery terminal boots, shields

Consciousness for the environment in recent years have spawned the development of chemical free pliable polyvinyl chloride plastics that are more appropriate to utilize in children's toys and plastic items involved in food processing.

1 year ago

The Numerous Applications For PVC (Polyvinyl Chloride)

In the modern world plastic is all around us, from the computer cabling that connects us to the world wide web, to the electrical wiring and conduits that wind around our homes and the places we work, to the infinitely numbered plastic pieces on the consoles of our vehicles. Just about any kind of plastic part, conduit or piping starts out as a flexible polyvinyl chloride compounders and is made with a mold.

Chemical engineers have the ability to vary the chemical properties of semi-rigid plastic blends to create rigid PVC compounds that maintain their shape or flexible PVC that bends around other materials. The applications for plastic are varied and infinite and include home, business, and manufacturing items such as:

Industrial - handles, grips, hoses, tubing, knobs, suction cups, grommets, parts

Automobile Components - shifters, gaskets for doors, window and sunroof seals, console molding, trim, wires

Construction Industry - window stripping, seals for windows, outside trim

Medicine - tubes, bendable tubes, intravenous feeding. Compounds used in the medical field use medical grade PVC compounds created for safety and sanitation.

Electric - power supply cording, harnesses for wires, boots for battery terminals, covers

Wires & Cabling - appliance wiring, telephone/internet cabling, automobile cables and wiring

Consciousness for the environment in today's world have spawned the development of phthalate plasticizers free flexible PVC plastics that are more appropriate for use in children's toys and vinyl compounds that come in contact with food.

1 year ago

PVC (Polyvinyl Chloride), The Building Block Of Varied Items We Take Advantage Of

In the 21st century plastic parts are all around us, from the wires and cabling that connects us to the internet, to the electrical wiring and conduits that run through our homes and the places we work, to the endless plastic parts on the consoles of our cars. Just about every type of non-metal part, pipe or conduit starts out as a rigid PVC compound and is developed using a mold.

Plastic specialists are able to change the molecular composition of rigid chemical composition to produce rigid PVC compounds that don't bend easily or flexible PVC that bends around other materials. The applications for PVC plastics are varied and infinite and reach across home, business, and manufacturing products such as:

Automobile Components - shifting knobs, gaskets for doors, seals for windows or sun roofs, dashboard molding, trim pieces, wires

Industrial - handles, grips, hoses, tubing, knobs, suction cups, grommets, parts

Medicine - tubes, bendable tubing, food IVs. Plastics found in the medical field are made from medical grade PVC compounds designed to provide safe and sanitary environments.

Building/Construction - weather stripping, seals for windows, exterior trim

Wires & Cabling - appliance wiring, communications cables, automotive cabling and wiring

Electric - power cords, harnesses for wires, boots for battery terminals, covers

Environmental concerns in recent years have led to the development of phthalate free flexible polyvinyl chloride plastics that are safer for use in toys and vinyl compounds involved in food processing.

PVC (Polyvinyl Chloride)'s Uses In The Construction, And Automotive Industry

1 year ago

The Many Uses For PVC (Polyvinyl Chloride)

In the 21st century plastic parts are part of daily life, from the computer cabling that connects us to the internet, to the conduits and wiring that wind around our homes and businesses, to the endless plastic pieces on the dashboards of our vehicles. Almost any type of non-metal part, conduit or piping begins as a rigid PVC compounders and is made with a mold.

Chemical engineers are able to change the molecular composition of rigid plastic composition to produce rigid PVC compounds that maintain their shape or flexible PVC that bends around other materials. The uses for plastic are varied and infinite and reach across residential, commercial and industrial items including:

Automobile Components - shifters, door gaskets, seals for windows or sun roofs, console molding, trim pieces, wiring

Industrial - grips, handles, knobs, hoses, tubing, suction cups, grommets, vacuum cleaner parts

Medicine - tubing, flexible tubing, food IVs. Compounds used in the medical field are made from medical grade PVC compounds created for safety and sanitation.

Building/Construction - weather stripping, window sealing, exterior trimming pieces

Wires & Cabling - refrigerator wiring, communications cabling, automotive cables and wiring

Electrical - power supply cording, harnesses for wires, boots for battery terminals, shields

Consciousness for the environment in recent years have spawned the creation of phthalate plasticizers free flexible polyvinyl chloride compounds that are more appropriate to utilize in toys and plastic items that come in contact with food.

1 year ago

Information About PVC

In the modern world plastic is all around us, from the wires and cabling that connects us to the world wide web, to the electrical wiring and conduits that run through our homes and businesses, to the infinitely numbered plastic parts on the consoles of our cars. Most plastic is created using Polyvinyl Chloride (PVC) and developed by PVC composition manufacturers in facilities in many countries and throughout the United States.

Plastic specialists are able to vary the molecular composition of rigid chemical blends to create rigid PVC compounds that don't bend easily or flexible PVC that wraps around other objects. The uses for plastic really are endless and include home, business, and manufacturing items such as:

Industrial - grips, handles, knobs, hoses, tubing, suction cups, grommets, vacuum cleaner parts

Automotive Parts - shifting knobs, door gaskets, seals for windows or sun roofs, console moldings, trim pieces, wiring

Construction Industry - weather stripping, seals for windows, exterior trim

Medical - tubes, flexible tubes, food IVs. Plastics found in medicinal applications use medical grade PVC compounds developed for safe food handling and sanitation.

Electric - cords, harnesses for wires, boots for battery terminals, shields

Cables & Wiring - refrigerator wiring, communications cabling, automobile cabling and wires

Environmental concerns in recent years have spawned the development of esters of phthalic acid free pliable PVC plastics that are more appropriate for use in toys and vinyl compounds involved in food processing.

1 year ago

Polyvinyl Chloride (PVC) Conduits And Wiring That Wind Around Our Houses

In the 21st century plastic parts are part of daily life, from the wires and cables that connect us to the world wide web, to the conduits and wiring that run through our houses and businesses, to the infinitely numbered plastic pieces on the consoles of our cars. Just about any type of non-metal part, conduit or piping begins as a flexible polyvinyl chloride compounds and is created using a template.

Chemical engineers are able to vary the chemical properties of semi-rigid vinyl blends to produce rigid PVC compounds that maintain their shape or flexible PVC that if often used for pliable tubing or other bendable parts. The applications for PVC plastics are varied and infinite and include residential, commercial and industrial products such as:

Industrial - handles, grips, hoses, tubing, knobs, suction cups, grommets, parts

Automobile Components - shifters, gaskets for doors, seals for windows or sun roofs, dashboard moldings, trim, wiring

Construction Industry - window stripping, window sealing, exterior trimming pieces

Medicine - tubes, bendable tubing, intravenous feeding. Compounds found in the medical field are made from medical grade PVC plastics developed to provide safe and sanitary environments.

Electrical - power cords, wiring harnesses, battery terminal boots, covers

Wires & Cabling - appliance wires, communications cabling, automobile cabling and wires

Environmental concerns in today's world have spawned the development of phthalate free flexible polyvinyl chloride plastics that are more appropriate to utilize in toys and vinyl compounds that come in contact with food.

http://www.sylvin.com/About/News/SylvinNonPhthalatePVCCompounds.aspx