FRP Storage Tank Manufacturer Supplier

Surface Finish: Smooth, Non-porous Inner Surface To Prevent Contamination

Material of Construction: Mild Steel (MS) Tank Body With FRP (Fiber Reinforced Plastic) Lining

Corrosion Resistance: High Resistance Due To Protective FRP Internal Coating

Thickness: MS Shell Typically 5 Mm To 20 Mm Depending On Capacity

Lining Material: Epoxy Or Vinyl Ester Resin-based FRP Lining

Surface Finishing: Smooth, Non-porous Internal Surface For Hygiene And Durability

Application: Water Storage, Chemical Plants, Sewage Treatment, Industrial Processing Units

Base Structure: Reinforced Cement Concrete (RCC) Tank Body

Lining Material: Fiber Reinforced Plastic (FRP) Lining With Resin System

Corrosion Resistance: High Resistance Against Chemicals, Acids, And Alkalis

Thickness: FRP Lining Typically Ranges From 2 Mm To 5 Mm

Application: Used In Industrial Sheds, Warehouses, Chemical Plants, And Storage Structures

Base Structure: Tin Shed/metal Roofing Structure With FRP Lining

Lining Material: Fiber Reinforced Plastic (FRP) With Resin-based Coating

Corrosion Resistance: High Resistance To Rust, Moisture, And Chemical Exposure

Material: Fiber Reinforced Plastic (FRP) Composite

Surface Finishing: Smooth, Non-porous Internal Surface

Application: Used In Chemical Storage, Water Treatment, Pharmaceuticals, And Industrial Processing

Corrosion Resistance: Excellent Resistance To Acids, Alkalis, And Chemicals

Weight: Lightweight Compared To Metal Tanks

Material: Fiber Reinforced Plastic (FRP) Composite

Application: Used In Chemical Industries, Ventilation Systems, Exhaust Systems, And Industrial Airflow Ducts

Corrosion Resistance: High Resistance To Chemicals, Gases, And Moisture

Weight: Lightweight Compared To Metal Ducting Systems

Strength: High Tensile And Structural Strength For Airflow Systems

Application: Used In Chemical Storage, Electroplating, Water Treatment, And Industrial Processing Industries

Material: Combination Of Polypropylene (PP) And FRP Reinforcement

Surface Finishing: Smooth, Non-reactive Internal Surface For Safe Storage

Corrosion Resistance: Excellent Resistance To Acids, Alkalis, And Aggressive Chemicals

Structural Strength: High Mechanical Strength Due To FRP Reinforcement

Surface Finishing: Smooth, Non-porous Internal Surface For Easy Cleaning

Application: Used In Metal Treatment, Galvanizing, Electroplating, And Chemical Pickling Industries

Material: Polypropylene (PP) Sheets With Welded Construction

Chemical Resistance: Highly Resistant To Acids Used In Pickling Processes

Corrosion Resistance: Completely Rust-proof And Non-reactive

Application: Chemical Plants, Fume Extraction, Ventilation Systems, Industrial Exhaust Handling

Impeller Type: Backward Curved Or Radial FRP

Weight: Lightweight Compared To Metal Blowers

Material: Combination Of Polypropylene (PP) And FRP

Air Handling Capacity: Low To High Volume Industrial Ventilation

Material: Polypropylene (PP) With FRP Reinforcement

Application: Chemical Plants, Pharmaceuticals, Galvanizing Units, Air Pollution Control Systems

Corrosion Resistance: Excellent Resistance To Acidic And Alkaline Gases

Construction Type: Packed Bed Or Spray Tower Design

Scrubbing Efficiency: High Efficiency In Removing Toxic Fumes And Particulates

Application: Used In Chemical Industries, Air Pollution Control Systems, Scrubber Units, And Industrial Exhaust Handling

Material: Polypropylene (PP) With FRP Reinforced Casing And Components

Airflow Capacity: Designed For Efficient Gas Extraction And Ventilation

Corrosion Resistance: Highly Resistant To Corrosive Gases, Acids, And Chemical Fumes

Impeller Design: Aerodynamically Balanced FRP Impeller For Efficient Airflow

Capacity: 10,000 Liters Per Hour

Material: Stainless Steel

Power Consumption: 15 KW

Country of Origin: India

Flow Type: Continuous

Application: Used In Drinking Water Purification, Industries, Hospitals, And Commercial Establishments

Technology: Reverse Osmosis Membrane Filtration Process

Capacity Range: Small Domestic Units To Large Industrial Systems

TDS Reduction: Highly Effective In Reducing Total Dissolved Solids

Filtration Stages: Multi-stage Process Including Pre-filtration, RO Membrane, And Post-treatment