Agastya Invention Pvt. Ltd. is inspired by the scientific legacy of Rishi Agastya, whose ancient work Agastya Samhita laid early principles of buoyancy and gas containment. Guided by this foundation, we design and manufacture advanced flexible and inflatable systems for water management, renewable energy, flood protection, environmental applications, and aquaculture.
With strong in-house engineering and support for both ODM and OEM manufacturing, we deliver reliable, field-ready solutions for domestic and global markets through disciplined processes and quality-driven production.
Agastya Invention Pvt. Ltd. is an engineering-led manufacturing company specializing in flexible and inflatable containment systems made from high-performance technical textiles. We design, develop, and manufacture solutions that operate reliably in water management, renewable energy, environmental protection, flood mitigation, and industrial storage applications.
Our mission is to engineer and manufacture reliable flexible containment solutions through disciplined processes, material science expertise, and continuous innovation.
At Agastya Invention, success is measured not by volume alone, but by how confidently our products perform in real-world conditions.
Quality begins long before manufacturing starts. Every fabric, coating, accessory, and component is qualified against defined technical specifications. Incoming materials are checked for GSM, tensile strength, coating uniformity, and visual defects. Batch-level traceability is maintained to ensure consistency and accountability across projects.
Accurate cutting and layout are critical for performance and dimensional stability. CNC and controlled cutting processes ensure precise geometry, optimized material utilization, and repeatable results. Layout planning minimizes stress concentration and supports long-term durability of flexible products.
Fabrication is carried out under controlled conditions using validated welding and joining processes. Parameters such as temperature, pressure, speed, and overlap are monitored to ensure uniform seam strength and leak integrity. Skilled operators and standardized procedures ensure consistency across small and large batches.
Quality checks are embedded at every stage of manufacturing. Visual inspection, dimensional verification, and seam checks are conducted during fabrication—not just at the end. This proactive approach helps identify deviations early and ensures corrective action before final assembly.
Before dispatch, finished products undergo final inspection against approved drawings and performance criteria. This may include pressure checks, leak testing, load validation, or functional trials depending on the product type. Only products meeting defined acceptance standards are cleared for delivery.
Proper packaging and handling are essential to preserve product quality beyond the factory floor. Products are folded, packed, and protected according to their size, weight, and destination. Export-friendly packing ensures safe transportation, easy handling, and damage-free delivery.
Each project begins with careful selection of technical fabric based on the intended application, operating conditions, and product requirements to ensure performance and durability.
What Happens
- Application understanding
- Fabric compatibility check
- Specification matching
Based on approved design sheets, fabrics are accurately cut and clearly marked to maintain dimensional control and ensure correct assembly during fabrication.
What Happens
- Design-sheet-driven cutting
- Panel marking & identification
- Dimensional accuracy control
All required accessories are positioned and fitted as per design specifications, ensuring correct alignment and readiness for welding.
What Happens
- Valve, flange, strap, fitting placement
- Alignment as per drawings
- Pre-welding checks
Fabrication is carried out using controlled welding processes such as Hot Air Welding or HF Welding to achieve strong, consistent, and reliable seams.
What Happens
- Hot air welding / HF welding
- Process parameter control
- Seam integrity assurance
After welding, the product undergoes functional checks to identify leaks or weaknesses before moving to final quality inspection.
What Happens
- Bubble soap testing
- Air pressure testing
- Leak detection
The product is inspected thoroughly by the QC team to verify welding quality, leakage resistance, dimensions, and accessories fitting.
What Happens
- Visual inspection of welds
- Leakage verification
- Dimensional checks
- Inflation & deflation recheck
