Plastic sheeting

Buy best value plastic sheeting and covers from an extensive range of polythene rolls.

Plastic sheeting is...

• A great solution for protecting floors, large surfaces and furniture from paint, dust or debris created during building or decorating work
• Often referred to as ‘builders’ rolls’, due to the fact that it is popular in the building and construction industry
• A favourite of tradespeople, including painters and decorators, plasterers and carpenters
• Also referred to as wide sheeting, as it comes in wide sheets capable of covering large areas
• Sold on the roll, usually 1m wide, and folds out into a sheet 2m wide (single fold) or 4m wide (multi-fold)
• Available in clear polythene or black polythene as standard
• Available in medium duty (100 micron / 400 gauge) or heavy duty (200 micron / 800 gauge) polythene
• Strong, tough, waterproof, durable and reusable
• Suitable for use as a waterproof membrane
• Suitable for use as temporary roofing
• Also manufactured as damp proof membrane (extra thick 250 micron polythene) or specialist flame-retardant polythene (also 250 micron)

Plastic sheeting - the painter’s friend

Somewhere near the top of a painter’s inventory list - just after paintbrushes and paint - is the builders’ roll. These plastic sheets are so popular with painters and decorators that they could easily be called ‘painters’ rolls’.

Plastic sheeting allows painters to get on with their job with complete peace of mind. All it takes is a bit of preparation time to unfold the plastic sheeting and cover floors, carpets, furniture or other items that need protecting, before they can then concentrate fully on their painting without worrying about excess paint dripping onto the surfaces in question.

At the end of the working day or when the job has been completed, the painter can simply pick up the roll, fold it or roll it back up for use on the next job.

Painters don’t have the monopoly on plastic sheeting, however. Other tradespeople also use the protective covering, including carpenters and plasters, for the very same reasons as painters - to give them a simple and quick solution to protecting surfaces during their work, leaving them to concentrate on the job.

How much plastic sheeting do I need?

The amount of plastic sheeting you require to cover an area in preparation for a job will depend on a number of factors:

1. The overall size of the floor area that needs covering
2. The amount and size of other items that need covering (e.g. furniture)
3. How many times you want to lay your plastic sheeting during the job
4. How contained the mess created will be to the working area

Obviously, the bigger the surface area you have to cover (point 1) and the more furniture items you have to cover (point 2), the more plastic sheeting you will need, unless you are happy to move your plastic sheeting around during the job (point 3).

One other important thing to consider is that dust may easily blow away from the immediate working area so some jobs, such as sanding or drilling, are likely to need a wider area covered around the work zone than others, such as painting (point 4).

Plastic sheeting - measuring up

Once you have decided how big an area you need to cover in one go, you need to work out how many sheets you need. Remember that plastic sheeting is traditionally sold on 1m rolls that fold out to either 2m-wide ‘single-fold’ sheets or 4m-wide ‘multi-fold’ sheets.

So, if you need to cover an area that's 3m x 10m, you’ll either need one 10m long section of a 4m multi-fold sheet, or two 10m long sections of a 2m single-fold sheet, which you’ll then place alongside each other, with some overlap, to cover the required area.

When purchasing your plastic sheeting, don’t forget that 4m-wide multi-fold sheets will, in general, be sold on a roll half the length of a 2m-wide single-fold sheet, as there is twice as much plastic being wrapped around the roll.

Both single-fold rolls and multi-fold rolls will, as standard, contain 200m² of plastic sheeting and will weigh the same (100 micron ‘medium duty’ clear polythene x 200m² = 18kg). The single fold roll will measure 2m x 100m, while the multi-fold roll will measure 4m x 50m.

Heavy or medium duty polythene?

Another important factor to consider when choosing the plastic sheeting you need for a job is the sort of debris you are protecting your floors, surfaces and objects from.

If you are only likely to create a light covering of debris, such as dripping paint or dust from sanding, then the chances are you will only require a medium duty plastic sheet, which comes in 100 micron (400 gauge) clear polythene.

If you’re working in a more ‘heavy duty’ environment, such as on a building site or in the garden, then you may find prefer to use 200 micron (800 gauge) heavy duty plastic sheeting, which will offer more protection to the surfaces from bumps, scratches or scrapes.

Extra thick plastic membrane

Even more durable and robust than standard heavy duty plastic sheeting is damp proof membrane - an extra thick sheet of polythene, weighing in at a minimum of 250 microns (1000 gauge) thick.

Usually made from black or blue recycled polythene, damp proof membrane (DPM) can be used as part of a damp proof course (DPC) to prevent the onset of rising damp in building work, or for other heavy duty waterproofing.

A good damp proof course is fundamental to preventing unwanted moisture from entering the interior space of a building. For this reason, damp proof membrane is quality controlled by the British Board of Agreement (BBA), such keep an eye out for their approval on the product before you buy.

Black plastic sheeting

Black plastic sheeting can be used in the same way as clear plastic sheeting, to protect surfaces during building or renovation work, or as a waterproof membrane. One advantage that black sheeting has over clear sheeting is that it also provides a light-proof cover and so can be useful for both absorbing heat and covering items when security is important.

Where to buy plastic sheeting

Plastic sheeting manufacturers and suppliers include:

Layflat Tubing
The number one layflat tubing website on the internet. Layflat Tubing stock a huge range of poly tubing and heat sealers at fantastic wholesale prices, with simple online ordering and free UK delivery. The only layflat tubing website you'll need.
www.layflat-tubing.co.uk

Polythene Sheeting
Poly Sheets is the website to visit for all of your polythene sheeting needs. Containing loads of useful information on poly sheeting, also known as builders rolls, plus builders bags and damp proof membrane, with details of where to buy them.
www.polysheets.co.uk

Polythene Rolls
If you're looking to buy polythene rolls, layflat tubing, shrink covers, stretch wrap or damp proof sheeting, then this is the website for you. Featuring loads of useful information on polythene sheeting and a list of the best online stockists.
www.polythenerolls.com

Polythene Tubing
A brilliant online resource for anyone interested in buying polythene tubing, also known as layflat tubing. Find out all you need to know about poly tubing, how it is made and what it is used for, with a detailed buying guide for you to get the best discount prices.
www.discountlayflattubing.co.uk

Rubble Bags
The number one website on rubble bags - the super-strong waste sacks that are essential for every building site and ideal for heavy duty work in the garden, DIY projects at home or transporting heavy rubble or rubbish to the tip.
www.rubblebags.org

Builders Rolls
Builders Rolls is the go-to website for the builders, painters and decorators looking to buy wide-fold plastic sheeting, often referred to as builders rolls. With lots of information on what to look for and where to buy builders rolls at the best prices.
www.buildersrolls.com

Research & Resources

For more information on plastic sheeting or builders rolls, including details of how it is manufactured and the range of protective polythene sheeting available, please visit:

PlasticBags.uk.com: The UK's premier polythene packaging online directory. Retailers can submit items for listing and customers can browse a selection of plastic sheeting websites.

PackagingKnowledge: The online polythene packaging encyclopedia, featuring a wide range of articles and a huge amount of information on plastic sheeting.

Goldstork: Free online directory listing the best of the web, featuring carefully selected information and specialist plastic sheeting websites.

Plastic rolls or polythene rolls?

What is the difference between plastic rolls and polythene rolls? These terms and others like them - including plastic sheeting, builders rolls, poly rolls or polythene film - are often mixed and matched to describe a variety of polythene products. The one thing all of the terms have in common is that they refer to a sheet of plastic - or polythene - that is wound around a central roll and dispensed by unwinding the roll until you have as large a sheet as you need.

Whilst the terms may be interchanged by some people, by and large, in the building trade the term 'plastic rolls' is used to describe plastic sheeting, also known as builders rolls, which is widely used by builders, painters and decorators to protect large areas or objects such as furniture from dust, dirt, stray paint and so on. Damp proof membrane, used to provide a damp proof layer for buildings, is also included in the 'plastic rolls' family.

The term 'polythene rolls' on the other hand, is most often used to describe rolls of polythene film that are used for packaging or wrapping items. These include single layers of film, such as shrink wrap pallet covers, PVC clear wrapping and glossy clear polypropylene wrapping, as well as polythene tubing - also known as layflat tubing - which is used to wrap objects of awkwards shapes and sizes and comes in regular or anti-static polythene.

Interesting information about plastic sheeting

APPARATUS, WORK STATION AND METHOD FOR APPLYING PROTECTIVE SHEETING OF POLYMER MATERIAL TO A PIPELINE, AND COMPUTER PROGRAM FOR IMPLEMENTING THE METHOD

Protective sheeting applied at a pipeline cutback is a far more exacting operation than the shorthand of wrapping recommends. The problem is not merely to cover exposed steel, nevertheless to reinstate a continuous barrier where field joints interrupt the factory-applied coating system; that requirements controlled laydown, stable die travel and a polymer melt with enough flow to wet the substrate without slumping or necking back at the margins. In practice, a frame fastened close to the pipe carries a manipulatour that brings a guide arrangement from a parked position into a working register around the pipe circumference, after which an extrusion head traverses the guide path to deposit the sheeting directly onto the prepared cutback. That geometry matters: concentric tracking reduces thickness drift, retains micron-specific gauging within tolerance and mitigates the weak spots that later invite moisture ingress, cathodic disbondment or handling damage amid secondary bagging and consignment staging. Material selection is equally unforgivinghigh-density polymer chains offer abrasion resistance and low permeability, nevertheless only if melt-flow consistency is held tightly enough to avoid inclusions, chill lines and variable lap formation. There is also a plain logistical dividend in doing the sheeting in situ with a guided applicatour rather than relying on fat preformed sleeves; tare weight is contained, pallet stability for associated consumables improves, and stockholding becomes less cluttered because mono-material formats simplify both feedstock control and stop-of-life segregation where circular-economy compliance is beginning to shape coating specifications.

Medium Duty:

Medium duty resin flooring sits in the big middle ground between light-traffic seal coats and heavy-build process floors; in practice, that means a system robust enough for fork-lift turns, cage drag, pallet-truck abrasion and routine wash-down, without the thickness, cure regime or capital outlay associated with more aggressive chemical-duty specifications. Applied either as a roller-laid multi-coat build-up or as a 12 mm self-smoothing screed, the engineering conversation is certainly about balancing film integrity with operational tolerance: the resin matrix must wet out properly, grasp consistent gauge across the slab and accommodate the minour undulations that otherwise telegraph through to the wearing surface. Finish is not merely aesthetic. A smoother face facilitates select-face efficiency and dry-wheel traffic, whereas a textured or anti-slip profile mitigates slip risk in areas subject to powdering stock, intermittent moisture or secondary bagging debristhough it also introduces a cleaning penalty, since contaminants sit more readily within the surface peaks. The better systems manage that compromise through controlled aggregate grading, stick strength at the substrate interface and a cured surface chemistry that resists staining, tyre marking and premature wear. Where industrial operatours are also factoring life-cycle performance, there is a quieter advantage in refurbishable resin builds: localised overcoating can extend service intervals, reducing strip-out arisings and amortised energy above the floor's working life, which matters rather more on a live warehouse floor than decorative brochures tend to recommend.

By the mid-1890s, a mill configured around wide sheeting was not merely chasing output; it was solving a difficult manufacturing brief in which loom width, yarn regularity and finishing discipline had to align with unique precision. Extra-wide cloth places stress across the full working breadth of the machine, so any inconsistency in spindle performance or warp tension tends to display up immediately as barr, edge instability or wasted selvedgean expensive defect when all additional inch of width amplifies fibre consumption and downgrades volumetric efficiency in the packed consignment. The industrial logic, then as now, lay in balancing throughput against control: tighter gauging on yarn count, steadier humidity to manage static and fibre fly, and a finishing train capable of holding dimensional stability across big widths without introducing skew. That same logic still governs modern sheeting and film lines, whether the substrate is cotton or mono-material polythene suppliers; width only pays when tare weight is kept in check, pallet stability is preserved in despatch, and the product can transport through secondary bagging or select-face replenishment without becoming awkward stock. In practical terms, wide sheeting is less about spectacle than process disciplinemaintaining surface uniformity, reducing trim loss, and extracting usable area from all dash so that material yield, handling efficiency and, increasingly, recyclability all stack up in the mill's favour.

What is a damp proof membrane?

A damp proof membrane sits in the build-up as a deceptively simple layer, yet its job is exacting: to arrest residual moisture migrating out of concrete or screed before it reaches timber finishes that are far less forgiving of vapour imbalance. In practice, the trouble is rarely theoretical; slab curing profiles vary across a pour, edge zones dry differently from the field, and a hardwood board laid above a substrate with unresolved moisture will steadily take up that latent water until the consequences become visible on sitecupping, joint stress, stain bloom and a normal loss of dimensional stability. This is where the specification of the membrane matters rather above the casual buyer often thinks. Gauge, puncture resistance and melt-flow consistency amid film manufacture influence whether the polythene suppliers remains continuous below foot traffic and follow-on trades, while surface integrity at laps and penetrations determines whether the barrier performs as a system rather than as a nominal sheet. On the logistical side, roll format and tare weight have a direct bearing on handling efficiency, pallet stability and misuse at the cut station; a membrane that lays flat and grasps line amid installation tends to reduce trimming loss and secondary remediation. There is also a circular-economy dimension that has become harder to ignore in procurement circles: mono-material polythene suppliers streams are generally easier to recover where site segregation is disciplined, and thinner, micron-specific buildings can trim material use without inviting failureprovided the polymer chain structure and impact performance are properly engineered.

Description of White Poly Sheeting:

Poly sheeting tends to be mentioned as though it were a generic commodity, when in practice the performance spread is dictated by gauge control, resin blend and the rather unforgiving realities of handling on a live warehouse floor. White polythene suppliers sheet, in specific, is often specified where visual opacity, light diffusion and straightforward stock identification matter as much as tear propagation or puncture resistance; the contrast between a stable roll and a troublesome one is frequently found in melt-flow consistency amid extrusion and in how evenly the high-density and low-density polymer chains have been balanced to achieve stiffness without introducing brittleness at the fold. That then feeds directly into logistics: poor winding geometry compromises pallet stability, excessive tare weight erodes volumetric efficiency across a consignment, and inconsistent width tolerances create needless waste at the cutting bench, often leading to secondary bagging or rework simply to retain select-face efficiency intact. There is also the matter of stop-of-life handling, which is no longer peripheral; mono-material polythene suppliers formats are generally easier to recover into the recycling stream than laminated alternatives, provided pollution has been kept in check and the sheet has not been above-engineered with unnecessary coatings or mixed substrates. In that sense, competent sheet specification is less about appearance than about managing a chain of technical frictionssurface slip, seal behaviour, roll memory and downstream recyclabilityso that the material does its job with minimal disruption and a more defensible amortised energy profile across repeated production runs.

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polythene suppliers sheeting in heavy duty (500 gauge) polythene suppliers and in 4 bright colours - red, blue, white and green Shop coloured polythene suppliers sheeting now

Builders Rolls - Wide Sheeting are on offer from Polybags, please occupy out the enquiry form, visit their website or call them directly on our telephone

Agricultural Plastic Sheeting

Agricultural plastic sheeting sits in an awkward engineering space between disposable cover and structural working material: it must survive ultraviolet load, fertiliser contact, abrasion from soil fines and repeated handling, yet remain light enough not to punish tare weight or slow the select-face. In practice the specification is less about nominal thickness than about micron-specific gauging, polymer blend discipline and surface behaviour; high-density polythene suppliers grades bring puncture resistance and tear propagation control, while additives manage slip, anti-blocking and surface resistivity where dust attraction or secondary bagging becomes a nuisance on the packing line. ABS sheet, often mentioned in the same procurement conversations, answers a alternative duty cycle stiffer, more impact-tolerant and suited to manufactured guards, trays or liners nevertheless it lacks the roll-fed volumetric efficiency that makes flexible sheeting so useful across seasonal consignments. The friction point is waste: mixed films, contaminated stock and inconsistent melt-flow can turn recovery into downcycling rather than pure circular use. Better practice is moving towards mono-material polythene suppliers buildings, tighter gauge control to reduce above-specification, and baleable mail-use streams where soil loading is managed early; properly handled, the amortised energy in the film starts to see less like a write-off and more like a recoverable industrial input.

Black sheeting tends to be treated as a blunt site consumable, yet the better grades are rather more engineered than their appearance recommends. In dry wall protection, vehicle masking or the wrapping of gross burlap-faced stock, the material has to reconcile opacity, puncture resistance and manageable tare weight; also thin and the film snags on board edges or abrades against hessian fibres, also heavy and it erodes pallet yield and slows the select-face. The useful specification sits in the detail: high-density polythene suppliers or blended polythene suppliers chains with stable melt-flow consistency, micron-specific gauging across the web, and enough carbon loading to suppress light transmission without making the sheet brittle at folds. Static is another quiet nuisance, particularly around painted car panels and dusty plasterboard, where charged film drags fines across the surface and complicates secondary bagging; adjusted surface resistivity and controlled slip levels mitigate that friction on the bench and in the bay. From a logistics standpoint, black sheeting packs efficiently when hurt cleanly, nevertheless roll memory, core crush and edge wander still determine whether it behaves on a crowded floor. The circular-economy argument is equally practical rather than sentimental: mono-material polythene suppliers sheeting, kept complimentary of tapes, fillers and mixed laminates, gives reprocessours a cleaner feedstock, while downgauging only makes sense where puncture performance and pallet stability are not being sacrificed in the name of a lighter consignment.

Clear sheeting for ID windows is normally selected less for optical neatness than for the awkward compromise it has to strike between clarity, flex life and behaviour on the packing bench. A low-gauge polythene suppliers film will give acceptable transparency, nevertheless it can haze below repeated handling and tends to collapse at the lip, slowing select-face efficiency when operatives are inserting route cards or consignment notes; a slightly stiffer co-extruded polyolefin, held to micron-specific gauging, retains the aperture open without adding much tare weight. Surface resistivity also matters above is often admitted: in dry stores, a window that clings through static turns secondary bagging into a nuisance, while anti-static treatment must be balanced against seal integrity and mono-material recyclability if the parent pack is intended to remain in a clean polythene suppliers waste stream. The optimal-performing windows tend to come from film with proper melt-flow consistency, modest slip, and enough puncture resistance to survive pallet compression, rather than from the clearest stock on the roll.