Vipul Organics Bags First Auto Sector Order for New Compound
19 Jun 2025 CW Team
Vipul Organics Limited, a leader in the specialty chemicals segment focused on pigments and dyes, has secured its first commercial order for a newly developed organic intermediate product. This milestone marks the company's strategic entry into the automobile industry and a significant expansion into a new product category and business vertical.
The order follows an intensive R&D and approval process that spanned over 18 months. After initially shipping a trial export, the company has now confirmed the commercial order, which will be fulfilled as per the schedule set by the strategic customer.
The new product, developed in-house by Vipul Organics' R&D team, will be used in formulating intermediates essential to automotive manufacturing, particularly in components like shock absorbers and bumper extensions. Over three years of development have gone into perfecting this specialty compound, which enhances the durability, impact resistance, and wear tolerance of auto parts.
“This is a landmark moment for Vipul Organics,” said Mr Vipul P. Shah, Managing Director. “Our R&D team has worked tirelessly to create this high-performance compound. Approval for its final application in the automobile industry demonstrates our ability to innovate and meet global standards. It not only adds a valuable product to our portfolio but also opens the door to an entirely new business segment beyond dyes and pigments.”
With a legacy of over five decades in the chemical industry, Vipul Organics is recognised for its strong focus on R&D, innovation, and customer-centric solutions. The new breakthrough reflects the company's intent to strengthen its presence in high-growth, performance-critical sectors through sustained innovation.
With the new order in place, Vipul Organics expects a significant boost in revenue in the coming years, driven by increased demand for the compound in the automobile sector, further validating its efforts to lead with innovation in emerging applications.