
PVC Rod

PVC Rod
Unplasticised Polyvinyl Chloride
U-PVC boasts a remarkable self-extinguishing rating, coupled with excellent chemical resistance and impressive mechanical and tensile strength, making it a standout material. Its superior stability adds to its appeal. Although easily weldable, U-PVC does operate within a limited temperature range of 0°C to +60°C. This versatile material finds its applications in various industries, ensuring reliability and performance in diverse settings.
Properties
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Achieves a polished finish with ease during machining
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Offers solvent cementing and welding capabilities
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Cost-effective compared to other plastics
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Boasts exceptional strength and rigidity
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Provides flame retardant options
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Resistant to various chemicals
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Self-extinguishing for added safety
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UV stabilised grades for enhanced durability
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Approved for drinking water applications
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Compliant with food safety standards
Applications
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Efficiently handles corrosive fluids
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Reliable choice for valves
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Trusted in tank construction
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Versatile in water-related applications
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Integral part of air conditioning & ventilation systems
Frequently asked questions
PVC rod offers numerous advantages, including good hardness and mechanical properties, excellent electrical insulating properties, very high chemical resistance, and good moisture resistance. It also exhibits good dimensional stability, is easily bondable, and serves as an excellent engineering plastic for welding. Moreover, PVC is self-extinguishing and relatively inexpensive.
PVC's heat stability is limited, as it starts to decompose at 140°C and melts at 160°C. While it is a good insulator, its electrical insulating property is not as high as that of polyethylene or polypropylene, making it more suitable for medium or low voltage and low frequency insulation materials.
PVC products are known for their longevity, with lifespans of up to and over 60 years. This reliability leads to reduced maintenance and repair needs. PVC is widely used in building and construction applications due to its resistance to oxidation and degradation and excellent fire resistance from its inherent chlorine content.
PVC rod finds applications in chemical processing tanks, valves, fittings, and piping systems. It is also utilised in pump components, electrical insulators, acid tanks, templates, fabricated fittings, and battery boxes.
While PVC rod has various applications, it may not be the ideal choice for high wear applications like nylon or UHMWPE. Additionally, it is not recommended for components in constant contact with food products or those requiring great flexibility, low friction, or high temperature resistance.
PVC is reasonably hard, and when sawing, it is best to use circular saws with hard metal-inserted teeth and a tooth spacing of 10 to 20 mm. Double-edged milling cutters are recommended for machining PVC.
Glueing or bonding PVC is straightforward, but it is generally a permanent process, making undoing the bond challenging. High-frequency welding (glueing) is possible.
PVC rod is not FDA approved, so direct and permanent contact with food is not recommended.
PVC rod exhibits reasonable resistance to high wear and abrasion.
In general, PVC is suitable to withstand most strong acids, alkalis, aqueous solutions, and more, but it should not be used with certain solvents that lead to swelling and softening of the material.
PVC pipes have shown exceptional resistance to corrosion and degradation even after in-ground use for over 35 years, with an estimated additional 50 years of service life.
PVC rod is known by other trade names, including Boltaron®, Geon®, Vintec®, and Corzan®.
PVC rods are available in grey colour from stock, with black, red, and cream colours available within a day or two of order. The diameters range from 6mm up to 300mm.
PVC rod is a durable material with strong mechanical properties, resistance to chemicals and weather, and good electrical insulation. Its affordability and wide availability make it suitable for various applications.
PVC rod is a durable and chemical-resistant material that can be machined and tooled into various shapes and components. It offers good electrical insulation properties and finds applications in industrial settings due to its strength and longevity. PVC is an excellent choice for engineering applications and provides reliable performance over time.