Typical Anti-Condensation Felt Line Process Flow

1. Process purpose

Produce metal roofing / cladding with an anti-condensation (anti-drip) felt layer bonded before forming, then cut and stacked for dispatch. This page is the short typical route for buyers. Detailed combo power breakdown sits on the laminate–form–cut–stack page; host ratings on the film equipment page.

Use it when an RFQ needs the process spine without repeating the full host datasheet.

2. Route steps

1. Decoil (hydraulic, with loading cart on the reference)
2. Entry felt coating / anti-dripping felt application
3. Roll form
4. Hydraulic shear
5. Stacker discharge

Membrane makers note that high-efficiency plants integrate lamination into the roll-forming process so no separate post-forming bonding step is required on site. That matches the combination-line spine above.

3. Why felt before form

Bonding the membrane on flat strip (or at a dedicated entry coating station) keeps adhesion controlled and reduces damage risk compared with trying to apply felt after complex profiling. Form tooling and shear blades must then be set so they do not scrape the felt face — confirm on the host proposal.

4. Configuration notes

5. Vs laminate–form–cut–stack page

• This page: short typical route and configuration notes
• Combo page: station roles, plant-power sum, stacker / decoiler reading
• Host page: full parameter table, inquiry checklist, boundaries

6. Buyer FAQ

Same page as laminate–form–cut–stack?

No. This page is the short typical route. The combo page expands station roles and plant-power reading.

Is color coating the same process?

No. Color coating paints coil; this line bonds anti-drip felt then forms roofing profiles.

Can we skip the stacker in the typical route?

Only if the proposal removes it. The documented combination baseline includes stacker discharge.

Where do 19+20 rolls and φ85 belong?

On the anti-condensation felt equipment host page — not restated as a second datasheet here.