What are PVC strip curtains used for?

PVC strip curtains are flexible barrier systems used to separate environments at doorways and openings whilst allowing easy passage of people, vehicles, and goods. Key uses include thermal separation (cold rooms, freezers), draught exclusion, hygiene control (food processing, healthcare), noise reduction, and pedestrian/vehicle traffic management in warehouses and factories.

How long do PVC strip curtains last?

Lifespan depends heavily on grade, traffic frequency, temperature, and UV exposure. Standard clear PVC in ambient conditions with light traffic typically lasts 3–7 years. Heavy duty strips in forklift environments may need replacement after 1–3 years. Polar/freezer grade strips typically last 2–5 years. Individual strips can be replaced without replacing the entire system.

What temperature can PVC strip curtains withstand?

Standard clear PVC is rated for -5°C to +50°C. Polar/freezer grade PVC maintains flexibility down to -30°C. For ambient warehouse and factory applications, standard PVC is suitable. For cold rooms and blast freezers below -5°C, polar grade is essential. High-temperature applications above +50°C may require specialist formulations.

How do I calculate how many PVC strips I need?

For 50% overlap, divide the door width by half the strip width, then add 1. For example, a 2000mm wide door with 200mm strips at 50% overlap: (2000 ÷ 100) + 1 = 21 strips. For 100% overlap (forklift applications), divide by the strip width and add 1: (2000 ÷ 200) + 1 = 11 strips visible, but you need double the number due to layering. See our full Sizing & Calculation Guide for detailed worked examples.

Are PVC strip curtains suitable for food production environments?

Yes, but the correct grade must be specified. Food-environment PVC strip curtains must be DOP-free (phthalate-free) and REACH compliant. Anti-microbial grades are strongly recommended for areas in contact with or near food. All strips should be cleanable with food-grade cleaning agents. The installation must be designed to support HACCP pest control Critical Control Points, particularly at external or loading bay openings.

Can PVC strip curtains be used on forklift access doors?

Yes. For forklift access, specify 300mm or 400mm wide strips at 3mm or 4mm thickness with 100% overlap. The rail system must be swivel-hinge rated for forklift impact, which allows the rail to pivot away on contact and return to position without damage. Heavy duty 4mm strips have sufficient mass to return to the closed position after forklift passage.

What is the difference between hook-on and QuickMount rails?

Hook-on rails use individual metal hooks attached to each strip, which loop over a fixed rail bar. They are robust, widely available, and suitable for most applications. QuickMount rails use a snap-fit channel mechanism allowing strips to be clicked in and out without tools in seconds — ideal for high-hygiene environments requiring frequent strip cleaning or replacement. Both systems hold the strips securely and support comparable load ratings.

How much do PVC strip curtains cost?

Costs vary by grade and dimensions. Standard clear PVC strip material costs approximately £2.50–£7.00 per metre depending on width and thickness. A complete made-to-measure kit for a standard 2m × 2.2m doorway (rail + strips) typically costs £80–£150. Cold room/polar installations for a 3m × 3m opening typically cost £200–£400 including rail and 100% overlap strip configuration.

Do PVC strip curtains comply with fire safety regulations?

PVC strip curtains must not obstruct designated fire escape routes under the Regulatory Reform (Fire Safety) Order 2005 and Building Regulations Approved Document B. They should not be installed across fire doors. Where strip curtains are installed on routes that could be used in emergency egress, they must not impede escape — their easy displaceable nature generally means they comply, but the fire risk assessment for the premises should specifically address any strip curtain installations on potential escape routes.

How do I clean PVC strip curtains?

Clean with warm water and mild detergent or appropriate food-grade/pharmaceutical-grade cleaning solution. Wipe down with a soft cloth or sponge — avoid abrasive materials that may scratch and reduce transparency. Do not use ketone-based solvents (acetone, MEK) as these degrade PVC and cause stress cracking. For food environments, establish a documented cleaning schedule. Anti-microbial grades do not eliminate the need for cleaning but reduce microbial build-up between cleans.

Looking for PVC Strip Doors? See our dedicated PVC Strip Door guide — covering types, sizing, installation and all grades in one place.

The Complete Guide to PVC Strip Curtains UK

PVC strip curtains are among the most versatile, cost-effective environmental control solutions available to UK industry. From cold storage facilities maintaining sub-zero temperatures to busy warehouses managing pedestrian and forklift traffic, strip curtains provide an accessible, low-maintenance barrier that improves energy efficiency, hygiene, safety, and working conditions. This comprehensive guide covers every aspect of PVC strip curtains — what they are, how they work, which grades suit which applications, how to size and install them, and the regulations governing their use.

What Are PVC Strip Curtains?

PVC strip curtains — also referred to as plastic strip doors, strip door curtains, or vinyl strip curtains — are flexible barrier systems constructed from overlapping vertical strips of polyvinyl chloride (PVC) suspended from a horizontal rail above a doorway or opening. Each individual strip hangs freely and is displaced by people, vehicles, or goods passing through, before returning to its resting position under its own weight and the overlap pressure from adjacent strips.

The construction of a PVC strip curtain is deceptively simple but highly engineered. Individual strips are manufactured from PVC compound — the precise formulation of which varies significantly by grade — extruded to consistent thickness (typically 2mm, 3mm, or 4mm), width (typically 100mm, 200mm, 300mm, or 400mm), and supplied in rolls or pre-cut lengths. Strips are attached to a mounting rail via hooks, clips, or a snap-fit mechanism depending on the rail system used. Adjacent strips overlap by 50–100% of the strip width, creating an effective barrier whilst still allowing passage.

The key properties of a quality PVC strip curtain are: optical clarity (enabling safe visibility through the barrier), flexibility (allowing easy passage without resistance), resilience (returning to position after impact), and thermal resistance (minimising air movement and heat transfer through the opening).

Browse our full range of PVC strip curtains including standard, polar, heavy duty, and specialist grades.

History and Development of Strip Curtain Technology

The strip curtain concept emerged in industrial settings in the mid-20th century as manufacturing facilities sought practical solutions to the problem of frequent vehicle and pedestrian access through doorways that needed to maintain environmental separation. Traditional solid doors created operational bottlenecks; leaving openings unguarded wasted energy and compromised hygiene.

Early strip curtains used natural rubber and canvas-based materials, which were heavy, opaque, and required regular replacement. The development of PVC extrusion technology in the 1950s and 1960s transformed the industry. PVC offered superior transparency, consistent manufacture, and the ability to adjust material formulations for specific performance requirements. By the 1970s, PVC strip curtains had become standard equipment in food processing facilities, cold storage warehouses, and industrial manufacturing plants across Europe and North America.

The 1980s and 1990s saw significant innovation in plasticiser chemistry, enabling the development of polar-grade PVC that remained flexible at temperatures as low as -30°C, dramatically expanding applications in refrigerated storage. The introduction of anti-static formulations addressed growing concerns in electronics manufacturing. More recently, anti-microbial silver-ion technology has been incorporated into PVC formulations for healthcare and pharmaceutical applications, whilst the development of noise-reducing mass-loaded strips has opened new markets in acoustic engineering.

Contemporary strip curtain rail systems have evolved from simple fixed hooks to sophisticated swivel-hinge mechanisms rated for forklift impact, quick-release systems enabling strip replacement in seconds, and twin-track configurations providing double-barrier thermal performance.

How PVC Strip Curtains Work

Thermal Barrier

The primary mechanism by which PVC strip curtains conserve energy is the reduction of air exchange through doorway openings. A conventional open doorway permits free convective airflow driven by temperature differential — warm air escapes at the top of the opening whilst cold air enters at the base. This bidirectional flow (the "stack effect") is substantially disrupted by the overlapping strip matrix, which forces air to navigate multiple layers of flexible PVC before passing through. Independent testing has demonstrated reductions in air infiltration of 60–80% compared with open doorways, with well-fitted polar-grade installations achieving even greater efficiency.

The thermal insulation benefit is proportional to the thickness of the PVC, the degree of overlap between strips, and the precision of fit at the edges and floor. A correctly specified and installed strip curtain can reduce heating costs on a standard loading bay doorway by 40–60%, with typical payback periods of 3–12 months.

Draught Exclusion

Beyond temperature differentials, strip curtains effectively suppress draughts created by wind pressure, vehicle movement (the "piston effect" of a forklift moving through a corridor), and HVAC pressure differentials within buildings. This has measurable benefits for staff comfort, particularly in facilities where workers operate near doorways, and for product quality in sensitive manufacturing environments where air movement can contaminate surfaces or disturb processes.

Visibility

A critical safety advantage of transparent PVC strip curtains over solid barriers is unobstructed sightlines through the opening. PUWER (Provision and Use of Work Equipment Regulations 1998) and the Workplace (Health, Safety and Welfare) Regulations 1992 both emphasise the need for appropriate visibility at workplace pedestrian/vehicle intersections. Clear PVC strip curtains with transparency of 80–93% enable approaching users to see through the barrier before pushing through, substantially reducing collision risk.

Traffic Flow

Unlike hinged or sliding solid doors, PVC strip curtains require no active opening or closing. Traffic — whether pedestrian, pallet truck, forklift, or goods conveyor — passes through continuously without any door operation. In high-traffic facilities, this operational simplicity delivers significant productivity gains. A loading dock that operates 200 forklift transits per day, each requiring a solid door to be opened and closed, might spend 30–40 minutes per day in door operation alone. Strip curtains eliminate this overhead entirely.

Types of PVC Strip Curtains

Standard Clear PVC

The most widely used grade, standard clear PVC strip curtains offer an excellent balance of transparency, flexibility, and durability for ambient temperature applications. Suitable for temperatures from -5°C to +50°C, standard clear PVC is appropriate for warehouses, factories, retail environments, workshops, and general-purpose applications. Transparency typically 87–93%.

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Polar / Freezer Grade PVC

Engineered for cold room, blast freezer, and refrigerated storage applications, polar grade PVC maintains flexibility at temperatures down to -30°C through the use of specialist low-temperature plasticisers. Standard PVC becomes brittle at freezer temperatures and will crack under impact — polar grade strips continue to flex normally, returning to position after forklift or pallet truck transit even in sub-zero environments. This grade is essential for any opening where the temperature on one side falls below -5°C.

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Heavy Duty PVC

Heavy duty strips at 4mm thickness are designed for applications with frequent forklift and vehicle traffic, high-impact environments, and situations where additional rigidity or durability is required. The increased mass improves return-to-position characteristics (the strip hangs straighter and seals more effectively) whilst the additional thickness resists puncture and tearing from pallet edges, sharp loads, and abrasive contact.

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Anti-Static / ESD Grade PVC

Anti-static PVC incorporates conductive carbon or metallic compounds into the PVC matrix, reducing surface resistivity to below 10⁹ Ω (typically 10⁶–10⁸ Ω), meeting IEC 61340-5-1 requirements for electrostatic sensitive areas. Essential for electronics manufacturing, semiconductor facilities, server rooms, and areas storing flammable materials where electrostatic discharge presents ignition risk.

Anti-Microbial PVC

Anti-microbial PVC incorporates silver-ion technology (typically silver zeolite) within the PVC compound, providing continuous bacteriostatic and fungistatic activity throughout the product's life. Efficacy against E. coli, MRSA, Salmonella, Listeria, Aspergillus niger, and other pathogens has been demonstrated in independent testing. The BPR (Biocidal Products Regulation) compliant formulation is appropriate for food processing, healthcare, pharmaceutical, and veterinary applications requiring enhanced hygiene.

Coloured PVC

Coloured PVC strips are used primarily for zone marking and traffic management. Blue or yellow strips are commonly used to delineate pedestrian walkways from vehicle routes; red strips may mark restricted access areas; orange is used in some food safety zone systems. The transparency of coloured strips is reduced compared with clear PVC (typically 40–70%), providing a degree of privacy whilst retaining visibility sufficient for safety.

Frosted / Opaque PVC

Frosted PVC provides effective privacy screening whilst retaining some diffused light transmission (typically 20–40%). Applications include changing areas, washrooms, office partitions, and locations where visual separation is required without complete light blockage. Opaque grades (0% transparency) are occasionally used for aesthetic or security purposes.

Noise Reduction PVC

Noise-reducing strip curtains incorporate mass-loaded vinyl (MLV) or high-density PVC compounds to achieve measurable attenuation of airborne noise across doorway openings. Typical performance: 10–20 dB(A) reduction depending on frequency, strip thickness, and overlap. Most effective against mid-to-high frequency noise (machinery, impact noise) rather than low-frequency bass. Relevant to Control of Noise at Work Regulations 2005 compliance.

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Welding Grade PVC

Welding screens and strip curtains manufactured to ISO 25980 (formerly EN 1598) standards protect workers from UV and IR radiation produced by arc welding, plasma cutting, and similar processes. Available in green (welding/cutting), orange (gas welding), yellow (UV protection), and other colours, each with specific optical density and spectral filtration properties. The coloured PVC both filters harmful radiation and provides spatial separation of hot work areas.

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Fly Screen / Insect Barrier Strips

Designed for food factory doorways, agricultural buildings, and commercial kitchens, fly screen strips incorporate either a mesh-effect PVC or brush strip design that creates a physical barrier to insect ingress whilst permitting air circulation and easy pedestrian passage. Critical for compliance with BRC/BRCGS Food Safety Standard and HACCP pest control requirements.

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Choosing the Right PVC Grade

Temperature Requirements

The single most important selection criterion for many applications is the operating temperature range. As a rule:

Above -5°C: Standard clear PVC is suitable
-5°C to -20°C: Polar/freezer grade essential
Below -20°C: Polar grade with additional overlap (100%+ recommended)
Above +50°C: High-temperature specialist grades may be required

Traffic Type

For pedestrian-only traffic, 2mm standard clear strips typically suffice. For pallet truck traffic, 3mm is recommended. For regular forklift access, 4mm heavy duty strips with swivel-hinge rails rated for impact are strongly advised.

Chemical Exposure

Standard PVC offers moderate chemical resistance. For environments with regular exposure to oils, solvents, acids, or alkalis, specialist chemically-resistant grades or stainless steel mounting hardware should be considered. COSHH assessments should inform grade selection in chemical processing facilities.

Hygiene Requirements

Food processing, healthcare, and pharmaceutical environments require DOP-free (phthalate-free) PVC compliant with REACH Regulation (EC) 1907/2006. Anti-microbial grades provide additional protection where cross-contamination risk is elevated.

Strip Width & Thickness Guide

Width	Thickness	Application	Typical Traffic	Recommended Overlap
100mm	2mm	Small openings, cupboards, internal doors	Pedestrian (light)	50%
100mm	3mm	Small doorways, pedestrian corridors	Pedestrian (regular)	50%
200mm	2mm	Standard doorways, office/retail	Pedestrian	50%
200mm	3mm	Warehouse doorways, pallet jack access	Pedestrian + pallet jack	50%
200mm	4mm	Heavy traffic warehouse doors	Forklift (light)	100%
300mm	2mm	Wide openings, low traffic	Pedestrian	50%
300mm	3mm	Standard industrial doorways	Forklift + pedestrian	50%
300mm	4mm	Industrial/loading dock, high impact	Forklift (regular)	100%
400mm	3mm	Large industrial openings, loading bays	Forklift + HGV	50%
400mm	4mm	Maximum duty: loading docks, vehicle access	Forklift (heavy) + HGV	100%

Note: Wider strips are faster to install (fewer strips required) but are heavier and harder to displace manually. Narrower strips suit pedestrian applications where ease of passage matters. For made-to-measure strip curtains, specify your exact opening dimensions and traffic requirements.

Overlap Ratios Explained

Overlap ratio refers to the proportion by which adjacent strips overlap one another. This directly determines the insulating performance, the force required to pass through, and the cost of the installation (more overlap = more material).

50% Overlap (Standard)

Each strip overlaps its neighbour by 50% of its width. For 200mm strips, this means a 100mm overlap. This is the standard configuration for most pedestrian applications, providing effective air and thermal separation whilst requiring minimal force to displace. Suitable for most ambient temperature applications and pedestrian/pallet truck traffic.

Calculation: Number of strips = (Door width ÷ 100mm [for 200mm strips at 50%]) + 1

100% Overlap (Double)

Each strip overlaps its neighbour by 100% of its width — that is, each strip is entirely behind the strip next to it, creating a double-layer barrier at every point. This configuration doubles the barrier effectiveness, dramatically improves thermal and cold room performance, and provides superior resistance to air infiltration. Required for forklift access (the additional mass improves self-closing), cold store openings at -15°C or below, and any high-performance thermal separation requirement.

Calculation: Number of strips = (Door width ÷ (strip width × 0.5)) + 1. See our detailed sizing and calculation guide for full worked examples.

Rail Systems Overview

The rail system is as important as the strip grade — a poorly specified rail will undermine even the best strip material. Four main rail systems are available:

Hook-On Rails: Individual strip hooks loop over a continuous rail bar. Simple, robust, widely used. Strips are replaced individually by removing and re-hooking. Suitable for most applications.
QuickMount Rails: Tool-free strip replacement via a snap-fit channel mechanism. Strips can be changed without tools in seconds. Ideal for high-hygiene environments where strips need regular changing or cleaning.
Swivel Hinge Rails: The rail section pivots away from the wall on impact, absorbing the kinetic energy of forklift contact without damage to the mounting structure. Essential for heavy forklift traffic applications.
Twin Track Rails: Two parallel rails supporting two independent curtain layers, significantly improving thermal performance (up to 30% better than single layer). Preferred for cold rooms, blast freezers, and high-specification thermal applications.

For full specifications, installation methods, and selection guidance, see our comprehensive PVC Strip Curtain Rail Systems Guide.

Installation Overview

PVC strip curtain installation is straightforward and can typically be completed by two people in 30–90 minutes for a standard doorway, depending on the rail system and opening size. The general process involves: measuring the opening, fixing the rail (wall, ceiling, or doorframe mounting depending on the system), hanging the strips with the correct overlap, and trimming to length if required.

For step-by-step measurement guidance, see our Sizing & Calculation Guide. For detailed installation instructions by rail type, see our Rail Systems Guide.

Applications by Industry

Industry / Application	Recommended Grade	Typical Opening Size	Recommended Strip Spec	Key Regulation
Food Processing	Anti-microbial / DOP-free clear	2.0m × 2.5m	200mm × 3mm, 50% overlap	BRC/BRCGS, HACCP, FSA
Cold Room / Freezer	Polar grade	2.5m × 3.0m	300mm × 3mm, 100% overlap	HACCP, EN ISO 25980
Warehouse / Distribution	Heavy duty clear	3.0m × 3.5m	300mm × 4mm, 50% overlap	PUWER, LOLER
Loading Bay	Heavy duty clear	3.5m × 4.0m	400mm × 4mm, 100% overlap	PUWER, Workplace Regs
Pharmaceutical	Anti-microbial / ESD	1.5m × 2.2m	200mm × 3mm, 50% overlap	EU GMP, ISO 14644
NHS / Hospital	Anti-microbial	1.2m × 2.1m	200mm × 2mm, 50% overlap	HTM 01-01, HTM 63
Welding / Fabrication	ISO 25980 welding grade	2.0m × 2.5m	300mm × 3mm, 50% overlap	ISO 25980, EN 1598
Electronics / ESD	Anti-static ESD	1.5m × 2.2m	200mm × 3mm, 50% overlap	IEC 61340-5-1
Agricultural / Farming	Heavy duty / fly screen	3.0m × 3.5m	300mm × 4mm or fly screen	HACCP (food production)
Automotive Workshop	Heavy duty / frosted	3.0m × 3.5m	400mm × 4mm, 50% overlap	COSHH, PUWER

For a full directory of applications across all UK industries, see our PVC Strip Curtain Applications Directory.

UK Regulations & Standards

PVC strip curtains are subject to a range of UK and international standards depending on application. Key frameworks include:

ISO 25980 / EN 1598: Welding screen standards covering light transmission, UV/IR filtration, and classification of welding-grade PVC.
HACCP: Food safety management requires strip curtains to feature in pest control and temperature control Critical Control Points (CCPs).
BRC/BRCGS Global Standard for Food Safety Issue 9: Mandates physical separation and pest exclusion measures including compliant strip curtains.
REACH Regulation (EC) 1907/2006: Restricts hazardous substances including phthalate plasticisers (DOP) — all food-contact and food-environment PVC should be DOP-free and REACH compliant.
COSHH: Chemical-resistant grades are required where hazardous substances may contact the curtain.
Control of Noise at Work Regulations 2005: Acoustic strip curtains may form part of noise reduction strategies.
Health and Safety at Work Act 1974: Visibility and safe traffic management obligations.

For comprehensive compliance guidance, see our PVC Strip Curtain Regulations & Standards Guide.

Energy Savings

The business case for PVC strip curtains is frequently built primarily on energy savings. Independent thermal studies have demonstrated the following typical performance figures:

Application	Air Infiltration Reduction	Energy Saving (annual)	Typical Payback Period
Ambient warehouse doorway (3m × 3m)	60–70%	£800–£2,000	3–8 months
Cold room doorway (-18°C, 2.5m × 3m)	70–80%	£2,500–£5,000	2–6 months
Loading bay (external, 4m × 4m)	55–65%	£1,500–£4,000	4–10 months
Blast freezer (-30°C, 2m × 2.5m)	75–85%	£3,000–£8,000	1–4 months

Figures are indicative based on UK average energy costs (2024) and typical door opening frequency. Actual savings vary with local energy tariffs, door usage patterns, and temperature differential.

In cold storage applications, the compressor load reduction from preventing warm air ingress can be particularly significant — every 1°C of temperature rise in a freezer store requires additional refrigeration energy. Strip curtains are widely accepted as a first-line energy efficiency measure by BREEAM assessors and energy auditors.

Maintenance & Lifespan

Cleaning

PVC strip curtains are easily cleaned with warm water and mild detergent. Food-grade cleaning agents are appropriate for strips in food production environments; anti-microbial cleaning solutions may be used but are not necessary on anti-microbial grades. Strips should never be cleaned with ketone-based solvents (acetone, MEK) as these attack PVC and cause stress cracking.

In food production and healthcare environments, cleaning frequency should be specified in the facility's cleaning schedule — typically weekly for general areas, and daily or after each shift for high-contamination-risk areas.

Inspection

Regular visual inspection should check for: cracking or crazing (indicating UV degradation or cold brittleness), yellowing or discolouration (UV degradation, chemical attack), tears or splits (mechanical damage), deformation (heat damage or improper storage), and missing or displaced strips (vandalism, accidental dislodgement).

Replacement Intervals

Grade	Typical Lifespan	Replacement Trigger
Standard clear (ambient, light traffic)	3–7 years	Visible crazing, yellowing, >10% transparency loss
Standard clear (forklift traffic)	1–3 years	Tearing, excessive deformation
Polar / freezer grade	2–5 years	Brittleness, cracking in cold
Heavy duty 4mm	3–6 years	Splitting at hooks, severe deformation
Anti-microbial	3–5 years	Surface degradation, failed hygiene audit
Welding grade	2–4 years	Optical density reduction, physical damage

Cost Guide

PVC strip curtain costs vary with grade, dimensions, and quantity. The following ranges are indicative for UK supply (2024 pricing, ex-VAT):

Product Type	Approximate Cost Range	Notes
Standard clear strip (per metre, 200mm × 2mm)	£2.50–£4.00/m	Bulk roll pricing
Standard clear strip (per metre, 300mm × 3mm)	£4.50–£7.00/m	Bulk roll pricing
Polar/freezer grade (per metre, 300mm × 3mm)	£6.00–£9.00/m	Premium plasticiser formulation
Heavy duty (per metre, 300mm × 4mm)	£7.00–£11.00/m	Additional material and formulation cost
Anti-microbial (per metre, 200mm × 3mm)	£8.00–£14.00/m	Silver-ion additive cost
Welding grade (per metre, 300mm × 3mm)	£9.00–£16.00/m	Specialist optical filtration
Made-to-measure complete kit (standard, 2m × 2.2m)	£80–£150	Rail + pre-cut strips
Made-to-measure complete kit (polar, 3m × 3m)	£200–£400	Rail + polar strips + 100% overlap
Hook-on rail (per metre)	£8–£15/m	Standard mild steel or galvanised
Swivel hinge rail (per metre)	£18–£30/m	Forklift-rated pivot mechanism

How to Order

Made to Measure

The most convenient option for most installations. Provide your exact door width and height, specify the grade and strip dimensions, and receive pre-cut strips and rail sections ready for immediate installation. Available from our made-to-measure service.

Bulk Rolls

For large installations, bulk replacements, or facilities that maintain their own stock, PVC strip material is available in continuous rolls (typically 25m or 50m). Strips are cut to length on-site. This approach offers the lowest per-metre cost and maximum flexibility.

Complete Kits

Complete installation kits include the rail system, all mounting hardware, and the correct quantity of pre-cut strips for your specified opening, with overlap pre-calculated. Ideal for straightforward installations where speed and simplicity are priorities.

For further guidance on selecting and ordering, explore our complete guide library: