PP/HDPE/FRP & PP/FRP Ducting

PP, HDPE, FRP, and PP+FRP Ducting systems are engineered to provide safe, durable, and corrosion-resistant air-handling solutions for a wide range of industrial ventilation applications. Designed to withstand harsh environments and aggressive chemical fumes, these ducting materials ensure efficient extraction, transfer, and containment of contaminated or corrosive air streams.

Available in various diameters, thicknesses, shapes, and custom configurations, these ducting solutions ensure leak-proof airflow, low maintenance, and maximum operational safety. PP, HDPE, FRP, and PP+FRP ducting systems offer a long-lasting, cost-effective choice for industries requiring efficient and robust ventilation infrastructure.

Excellent chemical and corrosion resistance for harsh industrial environments
Durable, lightweight, and low-maintenance construction
Available in customized diameters, thicknesses, shapes, and configurations
Ideal for chemical fume extraction, industrial ventilation, and contaminated air handling

Excellent resistance against corrosive fumes, acids, alkalis, solvents and chemical vapours.
Lightweight yet strong ducting suitable for indoor and outdoor installations.
Seamless, leak-proof and smooth inner surface for low friction loss and efficient airflow.
UV-stabilized, weatherproof and non-corrosive — ideal for harsh industrial environments.
Available in round, square, rectangular and fully customized shapes.
Compatible with scrubbers, blowers, fume hoods, chemical tanks and ventilation systems.
Long operational life with minimal maintenance requirements.
High durability and impact resistance due to strong thermoplastic or FRP construction.

Material Options: PP (Polypropylene), HDPE (High-Density Polyethylene), FRP (Fiberglass Reinforced Plastic), dual-laminate PP+FRP or PVC+FRP.
Shapes: Round, square, rectangular, spiral, sectional and flanged.
Diameter Range: 100 mm to 2000+ mm (fully customizable).
Thickness: As per pressure, airflow and chemical compatibility requirements.
Operating Temperature: PP up to 80–90°C, HDPE up to 60°C, FRP up to 120°C (resin dependent).
Joining Methods: Hot-air welding, extrusion welding, flanged joints and adhesive bonding.
Accessories: Bends, elbows, reducers, tees, dampers, supports, clamps, hangers and flexible connectors.
Standards: Industrial ventilation and corrosion-resistant ducting guidelines compliant.

Corrosive Fume & Gas Conveyance

Used for safe conveyance of corrosive fumes, gases, vapors, and chemical-laden air in demanding industrial environments.

Metal Finishing Exhaust Systems

Perfect for electroplating, pickling, anodizing, and metal-finishing operations requiring chemical-resistant exhaust.

Chemical Plant Ventilation

Ideal for ventilation and exhaust systems in chemical processing plants where corrosion resistance is essential.

Wastewater Treatment Odor Control

Applied in wastewater treatment plants (ETP/STP) for removal of odors, toxic fumes, and harmful gases.

Pharmaceutical Air Handling

Widely used in pharmaceutical manufacturing units for controlled, clean, and contamination-free air movement.

Agro-Chemical Exhaust Handling

Commonly used in fertilizer, pesticide, and agro-chemical industries for efficient chemical exhaust management.

Laboratory Fume Extraction

Suitable for fume extraction in laboratories, research facilities, and advanced testing centers.

Textile & Dye Process Ventilation

Suitable for textile, dye, and pigment industries for handling process fumes and vapors safely.

PP/HDPE/FRP & PP/FRP Blowers

Anodizing Tanks & Plant

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