Operating two specialized manufacturing plants in Gurugram, India — combining automated German DESMA vacuum injection molding, 55L computerized dispersion kneaders, liquid nitrogen cryogenic deflashing, and sub-micron optical camera vision sorting.
Our manufacturing facilities are equipped to produce high-quality rubber and plastic components for automotive and industrial applications, as per customer drawings, specifications and international standards.
Manufacturing of custom rubber and plastic components as per customer requirements.
Process control and inspection at every stage to ensure consistent quality.
Experienced team of mold operators, compounding chemists, and QA technicians.
From rapid prototype pilot molds to high-volume million-piece OEM production.
Positioned in North India’s premier automotive manufacturing corridor, our dual plants ensure zero downtime, scalable redundant capacity, and immediate supply chain integration with Tier-1 OEMs.
Plot No. 6, Govind Puri, Basai Road, Gurugram – 122001, Haryana, India
Plant Capabilities & Machinery:
Plot No. 42, Sector 8 / Sector 37 Industrial Area, Gurugram – 122050, Haryana, India
Plant Capabilities & Machinery:Explore our complete fleet of high-precision molding presses, computerized internal mixers, sub-zero cryogenic deflashers, and telecentric optical sorting lines.
State-of-the-art horizontal and vertical FIFO injection presses engineered for zero-flash automotive connector seals and O-rings.
Multi-daylight hydraulic presses with computerized PLC heating controls for large diaphragms, NVH mounts, and bridge bearings.
Heavy-duty cooling jacketed rotor chambers delivering homogeneous polymer-filler dispersion without thermal scorching.
Precision chilled cast iron rollers with motorized nip adjustment and continuous blender arms for curative incorporation.
Automated tumbler chambers using liquid nitrogen to freeze flash to glass transition temperature (-120°C) with polycarbonate media blast.
High-speed glass rotating dial optical sorting machine inspecting inner diameter, outer diameter, flash, and voids at 400 parts/min.
Measures cure characteristics (ts2 scorch, tc90 cure, min/max torque) for every single production batch under ASTM D5289.
Microprocessor-controlled dual-column tensile tester measuring ultimate tensile strength, 100% modulus, and elongation at break.
Continuous ultrasonic degreasing, zinc phosphating, and automated adhesive spray booths for high-strength NVH bonding.
From incoming materials to finished components, our quality-focused approach and testing facilities ensure consistent manufacturing as per customer drawings, specifications and international standards.
Checking dimensions as per approved drawings, tolerances, and CAD specifications.
Verifying Shore A and IRHD durometer hardness across multi-point lot samples.
Testing tensile strength, elongation, rheology, and fluid swell immersion.
Automated optical camera vision checks and defect verification before dispatch.
End-to-end traceability from raw polymer batch intake to automated optical vision sorting and sealed export packaging.
Virgin elastomers (DuPont Viton™, ExxonMobil, Lanxess) barcode-logged with precision chemical curatives and carbon black weighing.
Internal 55L cooling-jacketed kneaders achieve uniform polymer-filler crosslinking dispersion without premature scorch.
Hardened CNC tool molds loaded on German DESMA vacuum injection and heavy hydraulic compression presses for flash-free vulcanization.
Liquid nitrogen tumbling freezes flash to glass transition temperature (-120°C), cleanly removing parting line excess with polycarbonate media.
Glass-dial 4-camera telecentric optical sorting units inspecting 400 parts/min for inner diameter, outer diameter, flash, and surface voids.
Final lot testing (MDR rheology, Shore A durometer, UTM tensile) and sealed desiccated packaging with Material Test Certificates (MTC 3.1).
Every production compound lot is tested in-house to verify cure kinetics, tensile strength, compression set, and fluid aging under PPAP Level 3 guidelines.
Measures scorch time (ts2), minimum viscosity (ML), and optimum cure time (tc90) for every compound batch.
ASTM D5289 / ISO 6502Computerized universal testing machine recording tensile strength, modulus at 100%, and elongation at break.
ASTM D412 / DIN 53504Precision hot-air convection fixtures testing elastomeric memory and recovery after 22h and 70h exposure.
ASTM D395 Method BControlled ozone exposure testing chamber (up to 200 pphm @ 40°C) verifying zero surface micro-cracking.
ASTM D1149 / ISO 1431High-resolution profile projector measuring outer diameters, cross-sections, and flash down to ±0.005 mm.
Sub-Micron CalibrationAutoclaves and oil bath test stations measuring volume swell, hardness shift, and weight change across engine oils.
ASTM D471 / SAE J200We welcome technical audit teams from automotive, industrial, and defense OEMs. Contact our plant directors to schedule an on-site factory walk-through or request a virtual digital audit.