- Toray will establish its first PPS compound production facility in India with a 3,000-ton annual capacity.
- The new facility will support rising demand for automotive electrical and engine components using Torelina PPS materials.
Toray Industries has announced plans to establish a new production facility in India for its high-performance Torelina polyphenylene sulfide (PPS) material. The investment is intended to address the expected increase in demand for PPS compounds used in automotive electrical components and engine-related applications. This development marks the company’s first PPS compound manufacturing facility in the country and strengthens its local production footprint to support the evolving engineering plastics requirements of the automotive sector.
The new facility will be developed by Toray Industries (India) Private Limited at its existing manufacturing site in India, located in Andhra Pradesh. The plant is designed with an annual production capacity of 3,000 tons and is scheduled to begin operations at the beginning of 2027. Product sampling is expected to commence from April 2027, while full-scale mass production will be launched as early as possible following operational readiness.
Key Details of the New PPS Compound Facility
The facility will play an important role in expanding Toray’s engineering plastics portfolio within India. The subsidiary currently manufactures and supplies compounds based on nylon resins and polybutylene terephthalate (PBT) resins. By adding PPS compound production capabilities, the company aims to broaden its material offerings and provide enhanced support to automotive manufacturers seeking high-performance materials for demanding applications.
Production Facility Overview
The following table summarizes the announced details of the new PPS compound production investment.
Toray India PPS Compound Facility Summary
| Parameter | Details |
|---|---|
| Material | Torelina Polyphenylene Sulfide (PPS) |
| Location | Sri City, Andhra Pradesh, India |
| Annual Capacity | 3,000 Tons |
| Operations Start | Beginning of 2027 |
| Sample Deliveries | From April 2027 |
Strategic Importance for Automotive Engineering Plastics
Demand for advanced engineering plastics continues to grow as vehicle manufacturers increase the use of durable, heat-resistant, and high-performance materials in electrical systems and engine-related components. Through the establishment of an integrated PPS resin compound production system, Toray intends to strengthen its ability to address a broader range of customer requirements while supporting the localization of advanced material supply within the Indian automotive industry.
The addition of PPS compound manufacturing complements the subsidiary’s existing capabilities in nylon and PBT resin compounds. This integrated production approach is expected to enhance flexibility, improve responsiveness to customer needs, and support future growth opportunities in automotive applications that require advanced engineering plastic solutions.
Frequently Asked Questions
What is the purpose of Toray’s new PPS compound facility in India?
The new facility is being established to meet the growing demand for Torelina PPS materials used in automotive electrical and engine-related components. PPS compounds offer high-performance characteristics that are increasingly required in modern vehicle applications. By manufacturing these materials locally in India, Toray aims to strengthen supply capabilities, support customer requirements more effectively, and expand its engineering plastics portfolio for the automotive industry.
When will the new Toray PPS production facility begin operations?
The facility is scheduled to begin operations at the start of 2027 and will have an annual production capacity of 3,000 tons. Sample product deliveries are expected to commence from April 2027, followed by full-scale mass production as soon as possible. The investment represents Toray’s first PPS compound manufacturing operation in India and supports the company’s long-term growth strategy in advanced automotive materials.
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