ACC Fan Bell Cooling Tower Parts Replace , Customized Dimension

Quick Detail:

The manufacturing process for FRP product consists of 7 processes: Raw materials preparation, Mould preparation, Hand paste molding, Solidify, Take off the mould, Disposal, Inspection (see the diagram as below). Each Technique has to be conducted according to the Operation Manuel.

Description:

1. Moulding Condition:

To assure the quality of the accurate FPR product, the moulding should be under flowing conditions:

• keep a constant temperature between 15 to 25℃ in the FPR moulding workshop.
• keep the humidity under 75％ in the workshop too.

2. Raw materials Preparation

The raw materials used for FRP product are as follows:

• Fiberglass fabric and Fiberglass Felt
• Resin
• Coating

3. Mould Preparation

• Make the fiberglass mould according to the inner shape of the product and the precision requirement.
• Make sure it is smooth and no default on the surface.

4. Hand Paste Molding Technique

• Spray resin coat by American Douglas coat spray machine on the surface of the mould.
• Pre-make the reinforced bar according to drawings.
• Put the pre-make reinforced bar in the right place, and wrap it with fabric until it gets to the designated depth.
• Examine if the edge is leaking and it still has bubbles after pasting.

5. Solidity

• Make sure the solidify temp. is 25%±3℃, the humidity not above 80%(The workshop must be thermostatic and dehumidifify)
• The mould cannot be taken off until it has been solidified for 10 hours (solidifying temperature 25±3℃) and the degree of cure has reached 80% (Barchol rigidity> 41).

6. Demoulding

• Push the mould out, prize and press are not allowed.
• Put the Demoulding product on the soft fabrics and then move to the designated place in case distortion or abrade.

7. Final disposal

• Get rid of the thorn, bubbles on the surface, spray resin after the cleaning job.
• Cut the edge according to the design requirements.

Specifications:

Applications:

ACC FAN BELL

Competitive Advantage:

1.High Efficiency of Velocity Recovery

2.Convenience for Maintainence

3.Long life

4.Ageing Resistance and Ultraviolet