Concrete Weight Coating Manufacturing Process,Concrete Weight Coating Manufacturing Process

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concrete weight coating manufacturing process

Concrete Weight Coating Manufacturing Process

Date:2023-09-08View:960Tags:concrete weight coating manufacturing process
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Concrete weight coating is an advanced and highly effective method of pipeline protection. Concrete coatings can be applied using machine or formwork application methods and can be prepared on site to any desired thickness. This article will introduce in detail the manufacturing process of CWC pipe coating.


Concrete Weight Coating


Before being coated with concrete, steel pipes are generally coated with 3LPE coating. Concrete coating requires calculating the proportions of cement, iron ore, sand and granite aggregate, which are then mixed together to achieve the desired density. During concrete construction, it is important to control the position of the wire mesh in order to achieve a specific wire depth within the coating. Each joint of the pipeline should be weighed to ensure compliance with engineering requirements. Concrete-coated pipe ends should be cleaned and excess wire trimmed. After 30 days of curing, the material is ready for delivery.


Concrete Weight Coating Limitations:

Property

Concrete Weight Coating

Minimum Concrete Thickness

25 mm (1.0″)

Maximum Concrete Thickness

150 mm (6.0″)

Minimum Pipe Diameter

254 mm (10″)

Maximum Pipe Diameter

1219.2 mm (56.0″) Limited to maximum coating OD 60″

Minimum Pipe Length

10.5 m (34.5′)

Maximum Pipe Length

26 m (85.3′)


The above values are given as general guidelines. For special requirements please consult Union Steel.

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