Engineering Polymers

DuPont science is driving inclusive innovation to help solve the world’s greatest challenges.The world’s population will surpass 9 billion by 2050, bringing unprecedented challenges to the earth and all who call it home. While global solutions for many of these daunting challenges can be found in science, the world’s growing food, energy, and protection needs will require more than any one company can provide.

Delrin® – An Industry-Leading, High-Performance Acetal Resin

Delrin® acetal homopolymer combines lubricity and wear resistance with the stiffness and strength needed in parts designed to replace metal.Delrin^® provides dimensional stability in high precision molding and flexibility of design. From auto parts to innovative new medical devices, Delrin^® is a premier choice for consumer and industrial solutions.

Crastin® Polybutylene Terephthalate For Industrial Applications

Crastin® PBT resin is available in over 100 grades for cost-effective performance across a wide range of industrial applications. DuPont™ Crastin^® polybutylene terephthalate PBT resin offers cost-effective stiffness, toughness, heat resistance, and dimensional stability. Crastin^® also has excellent electrical insulation properties and surface finishes.

TUFNYL® : Polyamide 6 & Polyamide 66 engineering resins

TUFNYL® is our brand name of high performance Polyamide 6 & Polyamide 66 materials. It is one of the most valuable engineering plastics, particularly for applications requiring high mechanical properties along with chemical and heat resistance and excellent finish. Polyamide is often the answer for designers seeking weight savings, functional integration, design freedom and cost reduction.

SUPREME PETROCHEM LTD (SPL) owns and operates state-of-the art production facilities from two locations in India the first at Amdoshi – Wangani Village near Nagothane in District Raigad Maharashtra and the Second in New Manali Town near Chennai in Tamil Nadu. The Infrastructure at the facility is geared to handle upto a million tons of Polymers. The New Manali Town facility houses an Expandable Polystyrene (EPS) plant.

SABIC knows that its success is driven by our customer’s success. We work hard to develop a deep understanding of our customers’ commercial ambitions so that we can engineer the right product at the right time. Our technical expertise combined with our ability to adapt to our customers’ business needs allows us to tailor material solutions that maximize our customers’ market advantage over the long term.

Bhansali Engineering Polymers Limited (BEPL) was incorporated on 09.04.1984 with the name of Bhansali Steel Ltd and later the name was changed to Bhansali Engineering Polymers Limited on 23.01.1986. The company was promoted by Mr B. M. Bhansali, a first generation entrepreneur and it was the first company in India to start manufacturing Quality ABS resins using foreign technology.

• General ABS
  • Injection Moulding
  • Injection Molding, Automotive application
  • Injection Molding, Super high gloss
  • injection Molding, Electro-plating
• Flame Returdant ABS
  • Flame Returdant
• Pc/ABS Alloys
  • ABS polycarbonate alloys

• ABS-GF/SAN-GF
  • Glass reignford ABS for very high rigidity and temperature requirement

• PMMA-ABS

• Transparent ABS
  • Heat resistant

• Extrusion ABS
  • Sheet/Pipe/Profile Extursion

• SAN resin

Polyester Staple Fibre (PSF) has emerged as the fastest-growing fibre amongst all types of manufactured fibres. Polyesters are made by polymerisation of Purified Terephthalic Acid (PTA) and Mono Ethylene Glycol (MEG). The polymer thus obtained is melt spun and the bundle of continuous filaments obtained by melt spinning is called tow.The tow is subjected to further processes like drawing, crimping, spin finish application and then cut into fixed lengths to get cut fibres almost equal in length to cotton fibres. These cut fibres are known as PSF.

Polyester Staple Fibre

Technology

• Constant on-line checks maintain consistent quality.
• Superior spin-finish application ensures smoother working of fibre during spinning.
• Merge number remains consistent over longer periods.
• Standard bale weight is maintained.