Industrial Insulation Solutions India

Most suppliers in the industrial market are traders or converters. DashamLabs is different. We are among the few companies producing advanced silica aerogel with our own patented materials science and process platform, developed entirely here.

Made in India, Built for Industry

Our technology re-engineers the chemistry, structure, and manufacturing process of silica aerogel. That makes a technology once reserved for aerospace affordable and practical for industry here. It reduces dependence on imports and shortens the path between a plant and the factory that supplies it.

Manufacturing and Support

Our manufacturing facility is at IMT Bawal, Rewari, Haryana. Manufacturing locally means faster lead times, responsive technical support, and the ability to work directly with engineering teams during evaluation and specification.

Tested Before Supply

We test every batch before it reaches a customer. Thermal testing validates heat-transfer performance. Mechanical testing checks flexibility, tensile strength, and compression resistance. Further testing evaluates moisture resistance and durability under temperature cycling.

Backed for the Long Term

DashamLabs is supported by Speciale Invest, IIMA Ventures, and Theia Ventures, with ARCI as our technology partner. That backing supports continuous, industrial-scale manufacturing rather than small laboratory batches.

Our flagship product is a flexible silica aerogel blanket: a nano-porous silica network combined with fiber reinforcement.

Against traditional insulation at 0.030 to 0.090 W/m·K, our product delivers 3–5x better thermal performance while being 70–90% thinner and lighter. Formats include 1 m² evaluation pieces in 3, 5, or 10 mm, and commercial rolls of 20 m × 1.5 m × 10 mm covering 30 m² each.

Full specifications, thermal curves, safety data, and installation guidelines are available on request from info@dashamlabs.com.

Energy and Process Plants

Heat loss from steam lines, vessels, and equipment is a direct cost. Our solutions reduce that loss, stabilize process temperatures, and bring surface temperatures down for safer working conditions.

Oil and Gas

Process temperatures must be maintained across long pipe runs, often outdoors. Hydrophobic behavior reduces corrosion under insulation, one of the sector’s costliest maintenance problems.

Automotive, Including Electric Vehicles

Space and weight are tightly limited in vehicles. A thin, light, non-combustible product helps engineers meet thermal targets without adding bulk.

Cold Chain

Last-mile cold chain equipment needs stable temperatures with minimum wall thickness. With a range from –50 °C upward, our product suits low-temperature duty where thin walls mean more usable space.

Aerospace and Defense

Weight-sensitive systems benefit from a layer that delivers thermal protection at a fraction of conventional weight.

Construction and Infrastructure

Thin layers save space in walls, roofs, and building systems while improving energy efficiency.

We supply the industrial insulation contractors India depends on, along with EPC firms and fabricators, with insulation that performs on site, not just on paper. A flexible blanket brings practical advantages to installation teams:

• It conforms closely to pipes, bends, vessels, and irregular equipment, reducing air gaps and thermal bridges.
• It is light to handle and does not crumble like fragile alternatives.
• Thinner layers fit more easily in congested areas and during shutdowns with limited access.
• Consistent sbatch-to-batch specifications keep estimates and method statements reliable.

If you are bidding work and need figures you can stand behind, our team can walk your estimators through the full specification. Contractors working on retrofits gain the most, since upgrades often must fit within existing space.

Every industrial plant has its own constraints, but the same handful of problems keep coming up. Here is how our industrial insulation solutions address them.

Heat loss from steam and process lines. Long runs of hot pipe bleed energy continuously. A thin aerogel layer cuts that loss without the bulk of conventional insulation, so existing pipe spacing and supports still work.

Corrosion under insulation on outdoor pipework. Water that soaks into insulation sits against steel and corrodes it. A hydrophobic layer keeps water out, protecting the asset and the thermal envelope.

Congested racks and tight clearances. When there is no room for a thicker layer, industrial teams often accept weaker results. Thin insulation balances clearance and efficiency.

Hot surfaces in operator areas. Surface temperatures near walkways and platforms are a safety concern. Better industrial insulation lowers those temperatures.

Short shutdown windows. Insulation work often happens during shutdowns. A flexible, lightweight blanket fits faster around complex equipment, helping crews finish within the window.

Specifying insulation is a long-term decision, so the supplier matters as much as the datasheet. The industrial insulation manufacturers in India that you rely on should be able to demonstrate:

• Process control: a manufacturer that owns its chemistry and manufacturing can keep specifications steady from batch to batch.
• Verified numbers: published values with the conditions they were measured under, not headline claims.
• Complete documentation: datasheets and safety data available on request for approvals and audits.
• Evaluation supply: the option to test before committing to a bulk order.
• Scale: industrial-scale manufacturing capable of supporting volume requirements.
• Local presence: a local plant with engineers who can support specification and technical queries.

Judged on those points, the gap between a trader and a producer becomes obvious quickly. Ask how long a supplier has run its own line, whether it can show you the same values twice, and who you would call if a delivery arrived with a query attached. Those answers separate genuine capability from a well-written brochure.

Not every surface deserves the same priority. Payback is quickest where temperatures are highest, equipment runs continuously, and space is scarce. In most industrial plants, that means steam headers and distribution lines, hot vessels and reactors, equipment operating around the clock, and outdoor pipework exposed to rain and humidity.

A practical approach is to start with those areas, measure the results, and extend the specification across the site once the numbers are proven. Keep a record of what was measured before and after, since that evidence is what gets the next phase approved. Because a thin layer can often be applied where thicker options never fit, many plants find opportunities that were previously written off as impossible.

The right specification depends on what the surface actually does. Industrial duty falls into a few broad bands, and each one points to a different configuration.

Sub-ambient and cold duty. Cold chain equipment and chilled lines need stable temperatures with minimum wall build-up. Our product covers duty from –50 °C upward.

Ambient and warm surfaces. Here the aim is usually condensation control and modest temperature control, so the thinnest configuration is often enough.

Hot process duty. Steam headers, reactors, and hot vessels are where the highest returns sit. Thicker configurations suit surfaces demanding maximum thermal protection, while thin ones fit congested industrial areas.

Cyclic and outdoor duty. Surfaces that heat and cool repeatedly, or sit exposed to monsoon conditions, need a hydrophobic, dimensionally stable solution that will not compress or absorb water.

Our technical team reviews operating temperature, surface condition, available space, and performance goals before recommending a configuration, so the solution matches the duty rather than a generic rule of thumb. Where a site has many different duties, one specification can often cover several, which simplifies purchasing and stores.

Large industrial sites rarely change specifications everywhere at once. A staged approach works better and builds internal confidence:

1. Pilot. Apply an evaluation piece to one representative line or vessel and record before-and-after readings.
2. Verify. Compare surface temperatures, process stability, and fuel or power consumption against the previous arrangement.
3. Standardise. Once the numbers hold, write the specification into your industrial standards for new projects and turnarounds.
4. Roll out. Extend across similar duties, prioritizing the highest-temperature, longest-running assets first.

This approach keeps risk low and gives procurement a defensible case built on your own measurements rather than a supplier claim. It also spreads spending across budget cycles, which is often what decides whether an upgrade goes ahead. A single successful trial becomes a repeatable industrial solution.

Be among the first to deploy scalable aerogel insulation in your platform, made in India and built for the world. Samples currently available in limited quantities for qualified projects.

1. Request an evaluation piece. Choose 3, 5, or 10 mm and tell us your industry and quantity.
2. Test it on your equipment. Confirm thermal performance, handling, and fit in real operating conditions.
3. Review the documentation. Request the datasheets for specifications and safety data.
4. Share your requirements. Operating temperature, surface conditions, available space, and area to cover determine the right thickness.
5. Plan supply. Our team prepares a quote and a supply plan for pilot or bulk volumes.

For a full guide to ordering, see our Buy Aerogel Insulation page. (Link target to be added once that page is live.)

Cut heat loss, reclaim space, and improve efficiency with insulation made in India for the world’s toughest applications. Request an evaluation piece or speak with our technical team about the surfaces costing you the most today.