PP FRP Anodizing Tank

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MOQ : 2 Meters

PP FRP Anodizing Tank Specification

Grade
Industrial Grade

Processing
Hand Lay-up Moulding

Capacity
1600 Liters

Condition
NEW

Dimension (L*W*H)
2000 mm x 800 mm x 1000 mm

Application
Anodizing Process in Surface Finishing

Tolerance
3 mm

PP FRP Anodizing Tank Trade Information

Minimum Order Quantity
2 Meters

FOB Port
Vapi, Gujarat

Supply Ability
1000 Meters Per Month

Delivery Time
21 Days

Packaging Details
Standard

Main Domestic Market
All India

About PP FRP Anodizing Tank

By utilizing skills of our dexterous workforce, we are offering quality assured assortment of PP FRP Anodizing Tank. This is easy to install and simple operation tanks are available with suitable lined stirrers that are specially designed to suit every chemical plant application. These tanks are specially made for use in hard-coat and hot anodizing operations. Built to resist continuous extreme temperatures, these are wisely made of optimum quality fiber reinforced materials. This PP FRP Anodizing Tank is offered to buyers in varied sizes and capacities for meeting their exact needs.

Advanced Materials for Rugged Reliability

Our anodizing tank integrates a robust combination of Polypropylene (PP) and Fiber Reinforced Plastic (FRP), resulting in outstanding chemical and corrosion resistance. The external FRP reinforced layer enhances mechanical strength, ensuring dependable performance in harsh industrial environments and providing longevity that minimizes maintenance requirements.

Optimal Design for Industrial Application

With a rectangular shape and precise dimensions (2000 mm x 800 mm x 1000 mm), the tank accommodates large volume anodizing processes efficiently. Its smooth and non-stick surface finish streamlines cleaning, while the optional PP lid ensures added safety and containment during operation. This thoughtful design prioritizes both practicality and user protection.

Easy Installation and Leak-Proof Assurance

On-site assembly allows quick and efficient setup, while the 100% leak-proof construction delivers peace of mind during intensive surface finishing procedures. The hand lay-up moulding process used in production ensures consistent wall thickness and industrial-grade quality, contributing to reliable, trouble-free operation for your facility.

FAQs of PP FRP Anodizing Tank:

Q: How is the PP FRP anodizing tank assembled at the installation site?

A: The tank can be assembled on-site, utilizing its modular design and robust hand lay-up moulding construction. This enables easy and secure installation by your service team, making it suitable for various facility requirements throughout India.

Q: What are the benefits of using Polypropylene (PP) and FRP for the tank material?

A: Polypropylene provides outstanding chemical resistance, while the external FRP layer offers enhanced mechanical strength and temperature resistance up to 80C. Together, they deliver superior durability and reliability in corrosive industrial environments.

Q: When should I choose this tank for my anodizing process?

A: This tank is ideal when your processing requirements demand high corrosion resistance, leak-proof performance, significant capacity (up to 1600 liters), and compatibility with elevated temperatures typically encountered in surface finishing operations.

Q: Where can the PP FRP anodizing tank be used?

A: The tank is designed for use in manufacturing plants, plating workshops, or any surface finishing facility in India where anodizing processes are conducted. Its industrial-grade build ensures long-lasting service wherever installed.

Q: What is the process behind ensuring a 100% leak-proof design?

A: The tanks leak-proof performance is achieved through precise hand lay-up moulding and strict quality control during fabrication. The 10 mm thick wall and meticulously reinforced FRP external layer prevent seepage, ensuring all contents remain contained.

Q: How does the optional PP cover enhance tank operation?

A: The optional PP lid provides additional protection by preventing contamination, reducing evaporation, and ensuring safe handling of chemicals during the anodizing process, thereby optimizing workplace safety and process efficiency.

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