Understanding PVC Strip Door Curtains
PVC strip door curtains consist of overlapping plastic strips.
The strips hang from a fixed rail at the top of a doorway.
The overlapping design allows people and vehicles to pass through easily.
The curtain reseals the doorway.
The Purpose of PVC Strip Curtains
They create a barrier between spaces.
Heat loss is reduced at doorways.
They also help limit the movement of dust and debris.
Sound transfer is limited.
Managing Climate with Strip Curtains
Temperature loss through open doors is reduced.
Cold areas such as chillers and freezers also benefit.
By reducing air exchange, energy use is lowered.
This makes PVC strip curtains useful in temperature sensitive environments.
Where PVC Strip Curtains Are Going Here Commonly Installed
Warehouses frequently use PVC strip curtains.
Vehicle routes remain accessible.
Cold rooms often include strip curtains.
Work areas remain organised.
Types of PVC Strip Curtains Available
PVC strip curtains are available in clear, tinted, and coloured options.
Collision risk is reduced.
Cold room PVC remains article flexible in chilled areas.
Strip choice depends on usage.
How PVC Strip Curtains Support Safe Movement
PVC strip curtains allow continuous traffic flow.
Manual handling tasks become simpler.
The flexible strips reduce impact risk.
Operators can see activity on both sides.
Fitting Strip Curtains Correctly
PVC strip curtains can be supplied to suit specific doorway sizes.
Heavier traffic requires greater overlap.
Installation options suit different door frames.
Correct sizing ensures effective sealing and smooth access.
Installation of PVC Strip Curtains
Installation is usually straightforward.
Strips are then hung onto the rail.
Damaged strips are easy to change.
The doorway remains functional.
Ongoing Care
PVC strip curtains require regular cleaning.
Cleaning methods remain simple.
Regular inspection supports performance.
Replacing individual strips maintains the curtain’s condition.
Ongoing Value
They suit high traffic areas.
Operational efficiency improves.
They meet functional requirements.
Usage demands are met.