Brief: Watch the demo to catch practical tips and quick performance insights. This video provides a comprehensive walkthrough of the 3LPE 3PE FBE VUS Insulation Anti-Corrosion pipe coating line. You'll see the complete technological process from rust removal and epoxy powder coating to polyethylene stripe winding and final inspection, demonstrating how this equipment extends steel pipe service life from 5-10 years to 50-100 years.
Related Product Features:
Extends steel pipe service life from 5-10 years to 50-100 years through triple-layer protection.
Features fusion bonded epoxy bottom layer (>100µm) for excellent chemical resistance and cathodic disbanding protection.
Includes adhesive middle layer (170-250µm) that securely bonds epoxy and polyethylene layers together.
Applies polyethylene outer layer (2.5-3.7mm) for superior abrasion, bump, and water protection.
Utilizes automated process including rust removal, intermediate frequency heating, and powder spraying.
Incorporates advanced PLC control systems for precise coating application and process automation.
Suitable for oil, gas, and water supply pipeline applications worldwide.
Features environmental protection ventilation and cooling spray equipment for safe operation.
Pertanyaan:
What is the typical service life improvement for steel pipes using this 3PE coating system?
The 3PE anti-corrosion coating system significantly extends steel pipe service life from the typical 5-10 years to an impressive 50-100 years through its triple-layer protective coating.
What are the three layers in the 3PE anti-corrosion coating structure?
The three-layer structure consists of: 1) Fusion bonded epoxy powder bottom layer (>100µm) for chemical resistance, 2) Polymer adhesive middle layer (170-250µm) for bonding, and 3) Polyethylene outer layer (2.5-3.7mm) for mechanical protection against abrasion and water.
What types of pipelines is this anti-corrosion coating equipment suitable for?
This 3PE anti-corrosion coating production equipment is widely used for oil, gas, and water supply pipelines, making it ideal for various industrial pipeline applications requiring long-term corrosion protection.
What is the complete technological process flow of the coating line?
The process includes: pipe uploading and conveying, rust removal, intermediate frequency heating, epoxy powder coating, middle layer and polyethylene stripe winding, water cooling, pipe chamfering, and final unloading of coated pipes.