Q1. Could you start by giving us a brief overview of your professional background, particularly focusing on your expertise in the industry?

I bring close to three decades of experience in specialty chemicals and building materials, including more than 10 years in senior leadership roles. My career includes leadership roles at Grace/GCP (now Saint-Gobain), Sika, Fosroc Chemicals (now Saint-Gobain), and Infra.Market (VC-funded start-up), followed by my role as CEO of Horizon Performance Polyurethane. 

I currently work as an independent consultant, advising companies and investors regarding strategic and operational issues across the chemical sector. My industry expertise includes construction chemicals, polyurethane systems, and specialty building materials, with exposure to applications in construction, footwear, and automotive. 

Q2. What percentage of feedstock cost inflation (isocyanates/polyols) can be passed to footwear and auto clients within 60 days, and where does margin compression hit hardest?

Over the last six months, Indian polyurethane formulators have had to navigate sharp ups and downs in raw material prices, freight costs, and currency fluctuations. Most suppliers can pass along about 75% of feedstock price hikes to their customers within roughly two months. In cases where contracts include a formal raw material or foreign exchange indexation clause, they may recover even more. However, margins have been under significant pressure because there’s little room for substitution. For converters—where feedstock accounts for 70-75% of sales—a 10% hike in feedstock costs can cut gross margins by 4-6 percentage points until selling prices catch up.
       

Q3. How do you safeguard plant efficiency and prevent margin erosion when managing low-volume, highly customized batch runs alongside high-volume standard grades?

It’s important to treat customized batches differently from high-volume standard grades. Standard grades run on fixed production cycles, with optimized batch sizes and well-planned scheduling to maximize efficiency. For customized batches, the approach shifts: we group them by similar chemistry or cleaning needs to minimize changeovers, wash losses, and downtime. For low-volume grades, we protect margins by pricing them to their real cost—including extra testing, scrap risk, quality checks, and reactor time. The plant also enforces minimum order quantities or customization premiums. Wherever possible, the plant uses modular base formulations with late-stage customization, so it can make a common bulk intermediate and add only customer-specific tweaks at the end.

Q4. How can the unit economics be protected when meeting strict, low-volume OEM customization demands for interior foam components?

To protect margins on low-volume OEM customizations, treat each formulation as an engineering solution—not just another product to sell. The best strategy is to start with a common base chemistry and tweak key factors like density, hardness, additives, or processing traits only at the final stage. This keeps raw material complexity, testing, changeover time, and the risk of off-spec batches to a minimum.

Q5. What are the primary chemical engineering barriers preventing scalable mono-material polyurethane solutions from matching multi-material durability in footwear? 

Mono-material polyurethane footwear faces a fundamental engineering conflict: a shoe must provide a soft, lightweight cushioning insole, a hard, abrasion-resistant outsole, flexible uppers, and bonds that survive repeated flexing. These properties depend on different combinations of hard- and soft-segment chemistry, polyol type, molecular weight, crosslink density and foam-cell structure; improving lightness and rebound can therefore reduce compression resistance, tear strength or dimensional stability. 

At industrial scale, manufacturers maintain consistent quality by tightly controlling foam-cell structure, processing temperatures, curing conditions and interlayer bonding, enabling dense, foamed and thin polyurethane sections to perform reliably as an integrated footwear system. Durability is achieved by selecting the appropriate polyurethane chemistry for each performance environment—for example, using polyester-based systems where mechanical strength is critical and using more hydrolysis-resistant formulations or polyols where prolonged moisture exposure is expected. Controlled crosslinking, stabilizers, and compatible bonding technologies further optimize adhesion, wear resistance, and process stability. 

Q6. Over the next 2–3 years, will smaller players be forced into consolidation or joint ventures simply to fund green tech and regulatory compliance?

Over the next 2-3 years, it is unlikely that smaller players will be forced into consolidation; however, the cost of remaining fully independent will rise sharply as OEM's demand lower-carbon products, stronger traceability, safer isocyanate handling, and auditable ESG performance. Many could therefore pursue technology licensing, toll manufacturing, joint strategic initiatives rather than mergers. Consolidation will most likely happen among companies with low plant utilization, commodity-heavy portfolios, weak balance sheets, and insufficient scale to fund green formulations, certification, and process upgrades. To summarize, selective consolidation and greater collaboration are a more likely outcome. 

Q7. What is your core executive takeaway for institutional investors on specialty chemicals and polyurethane sector?

The core takeaway is that specialty chemicals and polyurethane should be approached as a stock-picker's market: choose the right individual companies, not a broad-sector bet. India's chemical demand is likely to grow strongly, but industry overcapacity, Chinese competition, and reliance on imports for basic feedstock and volatile oil-linked products will differentiate winners from volume-led manufacturers. 

In polyurethane, the most attractive businesses are downstream, application-led formulators with technically embedded OEM relationships, diversified sourcing and contractual raw material  - not undifferentiated converters exposed to volatility. Investors should prioritize sustainable ROCE, free-cash-flow conversion, capacity utilization, and and pricing power over announced capacity additions or headline revenue growth.