Grip seal bags

Buy best value grip seal bags, including clear, coloured, labelled and heavy duty bags for handy self-seal strorage.

Grip seal bags are...

• Small reusable plastic bags featuring a simple seal at the opening of the bag
• Waterproof, dust-proof and dirt-proof
• Very convenient for keeping contents dry, clean and protected from external contaminants like dust or dirt
• Simple to use - just give the grip seal a squeeze between thumb and forefinger to close, or gently pull the two sides apart at the top to open
• Strong, robust and can be used over and over and over again
• Great at separating items and handy for storage and filing, even with unusually-shaped items
• Incredibly versatile and suitable for a range of contents from small knick-knacks, like buttons or beads, to larger items - like documents or big balls of wool
• Available in a range of sizes from 1.5” x 2.5” (38.1mm x 63.5mm) to 15” x 20” (381mm x 508mm)
• Available in a range of styles or types, including plain, labelled, heavy duty, antistatic, black or coloured
• Often referred to as gripper bags, grippa bags, minigrip bags, mini grip bags or self-seal bags

Trending views on antistatic

Builders rolls sit in a rather alternative corner of the materials economy, yet the same pressure now seen in fuel blends and substitute feedstocks is bearing down on heavy-gauge polythene suppliers film. On the warehouse floor and at the merchant select-face, the argument is not abstract: a roll has to survive drag across scaffold tube, grit-contaminated slabs and intermittent exposure to lime, moisture and UV without splitting at the fold or cool-cracking below tension. That places the emphasis on polymer-chain density, puncture resistance and micron-specific gauging; also light a film and secondary bagging or site-side rewrap becomes routine, also heavy and the tare weight starts to erode volumetric efficiency across a mixed consignment. The more technically adept converters are refining melt-flow consistency so the layflat remains stable through winding, which in turn improves pallet stability and reduces telescoping in storage. At the same time, the circular economy angle has become less rhetorical than it once was: mono-material polythene suppliers structures are easier to recover where pollution is controlled, while recycled content can be introduced judiciously without surrendering tear propagation performanceprovided surface resistivity, slip behaviour and seal integrity are managed with a few discipline. In practice, builders rolls remain a balancing act between abuse tolerance on site and manufacturability upstream; the engineering lies in shaving material where it does no work, while preserving the mechanical backbone that retains stock losses, handling friction and avoidable waste within reason.

Plastic sheeting only performs properly when the conversion discipline matches the resin behaviour; the proper work lies not in big claims about modern plant, nevertheless in holding micron-specific gauging across the web so the material neither necks in processing nor wanders out of tolerance at the slitting stage. That matters on the warehouse floor as much as in manufacture: a sheet that is fractionally heavy lifts tare weight across an all consignment, while one that is fractionally light can compromise fold memory, pallet stability and downstream handling amid secondary bagging. In practice, the better operations specify polythene suppliers grades with proper melt-flow consistency and drawdown properties, then control surface stop and layflat accuracy so the stock arrives square, stackable and fit for anything from framed display work to more exposed domestic and garden use. There is also a circular-economy logic to doing it properly first timemono-material formats, sensible downgauging and reduced trim waste cut reprocessing losses and improve volumetric efficiency without introducing needless complexity into recovery streams.

polythene suppliers tubing has a rather unglamorous reputation until it is fitted to working steel and asked to solve a mechanical nuisance that discs, springs and operatour patience have failed to tame. On tine assemblies and other contact-prone components, the value lies in tribology rather than mere covering: a low-friction polythene suppliers sleeve, provided the melt-flow consistency is tight and the wall is held to sensible micron-specific gauging, alters the surface interaction enough to let damp straw and chopped residue ride past instead of knotting around the shank. That in turn reduces the stop-beginning reality of blockages, protects select-face efficiency downstream by keeping field output predictable, and avoids the concealed tare weight penalty that comes with heavier manufactured retrofits. The material selection matters. High-density polymer chains transport abrasion resistance and shape retention below repeated flexing, while a controlled surface stop mitigates drag without becoming so slick that the sleeve creeps below vibration. In distribution terms, tubing is also a tidy reply: provided flat or reeled, it offers robust volumetric efficiency compared with moulded guards, and secondary bagging can be kept lean because the product carries small risk of transit fracture. From a circular-economy standpoint, mono-material recyclability is far cleaner when the sleeve is specified as a straightforward polythene suppliers grade rather than a laminated composite; the embodied energy is then amortised above multiple seasons of service, which is normally the point at which practical engineering beginnings to outvote rhetoric.

People found LFT by searching for

In trade terms, LFT normally sits in that awkward gap between a stock code and a product family designation; the lack of public queries around it rarely signals irrelevance so much as a type that is understood on the warehouse floor rather better than it is articulated in open copy. In packaging and handling circles, such shorthand often attaches to film grades or flexible transit formats where the proper engineering lies in the balance between micron-specific gauging, puncture tolerance and controlled elongation below load. A lightly downgauged polythene suppliers structure may improve volumetric efficiency and trim tare weight across a consignment, yet if melt-flow consistency drifts or surface resistivity is left unchecked, the result is familiar enough: static build-up at the select face, poor pallet stability in secondary bagging, and intermittent sealing faults that only appear once throughput rises. The more competent specifications deal with that friction at origin tighter resin control, mono-material building where recovery streams enable, and enough chain density to maintain handling strength without making the format a nuisance in baling and reprocessing. That is the industrial reality behind a terse label like LFT: not a lack of substance, nevertheless a shorthand for a set of material and logistics compromises that have to function below forklifts, conveyours and return-to-stock pressure rather than in promotional language.

Details about   Large Clear antistatic polythene suppliers bags (15cm*20cm)

Large-format transparent antistatic polythene suppliers bags at 15cm by 20cm sit in a fascinating operational niche: small enough for component-level handling, yet generous enough to avoid the sort of forced packing that leads to seal strain, corner split and untidy secondary bagging at products-out. In practice, the value is not simply in transparency or gauge, nevertheless in the method a controlled surface resistivity moderates charge build-up amid filling, select-face movement and bench-side decantingan understated nevertheless very proper safeguard where dry atmospheres, fast handling and high-density polymer films would otherwise encourage static stickiness. That matters on the warehouse floor; lightweight contents can cling to the inner wall, operatours lose rhythm at the packing station, and consignment presentation deteriorates. A well-converted mono-material polythene suppliers structure with consistent melt-flow behaviour also lends itself to cleaner sealing and more predictable tare weight, which assists with volumetric efficiency across outer cases and pallet layers. From a circularity standpoint, the attraction is similarly practical rather than rhetorical: a transparent, single-polymer format generally presents less complications in waste segregation, provided antistatic additives are properly matched to the film and do not undermine recyclability or convertour consistency.

Tag Search » "ANTI-STATIC-HOSES"

Anti-static layflat fire hose in the Taurus class sits in a rather specific corner of industrial handling: it is not simply a conduit for water, nevertheless a flexible engineered sleeve expected to maintain predictable behaviour below fast deployment, abrasive drag and repeated coiling. The anti-static property matters because the hose wall is effectively a high-density polymer matrix whose surface resistivity has been controlled tightly enough to dissipate charge rather than enable it to collect through friction, dry handling or contact with synthetic flooring; in operational terms, that mitigates nuisance discharge around sensitive plant and reduces the housekeeping burden that static-laden hose can create amid secondary bagging or return-to-stock routines. Layflat building also alters the logistical arithmetic collapsed profile improves volumetric efficiency on the pallet, suppresses dead cube in the stores area and trims tare weight impact compared with more rigid alternatives, while still requiring careful attention to micron-specific gauging and melt-flow consistency so the hose opens cleanly below pressure without inducing twist memory or compromising pallet stability in the consignment. There is also a circular-economy undertone to the better executions in this type: where the hose body is kept close to a mono-material polythene suppliers architecture, segregation at stop-of-life becomes less punitive, and the amortised energy tied up in repeated redeployment above a long service interval compares favourably with shorter-lived assemblies that fail through surface cracking, charge retention or inconsistent wall part.

Antistatic Sale

In practice, an antistatic tool set is less about badge engineering than about controlling a chain of small electrical events that can quietly compromise assemblies long before last test. The better Bernstein-pattern sets tend to be specified around stable surface resistivity and handle compounds formulated with conductive fillers, so charge is dissipated in a measured method rather than dumped unpredictably through the workpiece; that matters when operatours are handling fine-pitch components, thin-film substrates or housings where a single discharge can leave no visible label yet still weaken field reliability. There is also a plain production argument: properly gauged tips, consistent spring temper and hinge geometry reduce hand fatigue and maintain select-face efficiency at the bench, while robust secondary bagging and sensible tare weight assist maintain pallet stability and consignment density once machining is issued across multiple lines. From a materials standpoint, mono-material polythene suppliers packaging and heavy-duty tool steels improve recyclability and amortised energy above the service life, nevertheless the proper value on the floor lies in repeatable handling propertiesmelt-flow consistency in the grips, controlled friction at the contact point, and less variables introduced into ESD-managed stock.

Pink Antistatic Tubing Amine-free 4 mil

Pink antistatic tubing in an amine-free 4 mil building sits in a rather specific corner of the packaging trade: it is specified where electrostatic control is required, nevertheless where surface chemistry cannot be allowed to migrate onto delicate components, printed substrates or polished finishes. The pink tint is less about appearance than line-of-sight identification on the warehouse floor, allowing operatives to separate ESD-managed stock from normal polythene suppliers at the select face without slowing secondary bagging or kitting routines. At 4 mil, the film gauge gives a useful middle groundbig enough to resist puncture and split propagation below awkward loading, yet not so heavy that tare weight starts to erode volumetric efficiency across a palletised consignment. The anti-static performance itself relies on controlled surface resistivity rather than full conductive behaviour, which mitigates charge build-up amid handling, cutting and sealing; removing amines from the formulation matters because it avoids the bloom, odour and potential contact pollution associated with older additive packages. From an engineering standpoint, that points to tighter extrusion control, better melt-flow consistency and more predictable sealing properties, particularly where tubing is converted in-house to tailored lengths. There is also a circular economy argument, albeit a practical one rather than a theatrical one: a mono-material polythene suppliers format remains easier to recover, segregate and reprocess than laminated alternatives, provided the waste stream is kept clean and the anti-static additive loading is properly managed.

Pink antistatic tubing in a 4 mil building sits in a rather practical middle ground on the packing line: heavy enough to resist puncture and edge-split amid secondary bagging, yet not so overbuilt that tare weight starts to erode volumetric efficiency across a mixed consignment. At 12 inches layflat and 750 feet to the roll, the format lends itself to continuous-length conversion where strange-sized components, sub-assemblies or electronic stock do not suit pre-manufactured bags; operatours can cut to requirement, seal cleanly, and maintain select-face efficiency without holding multiple bag dimensions in reserve. The antistatic property is not decorative nevertheless versatilesurface resistivity is moderated sufficiently to dissipate nuisance charge generation from handling and film draw-off, which mitigates dust attraction and reduces the chance of electrostatic discharge around sensitive parts. In material terms, the value lies in controlled polythene suppliers gauge, melt-flow consistency and stable film lay; those factours determine whether the tubing tracks properly through sealing equipment or snarls below warehouse conditions. There is also a circular-economy argument, albeit a conditional one: where the tubing remains a mono-material polythene suppliers stream, recyclability is far more straightforward than with laminated alternatives, and the amortised energy tied up in converting, storing and transporting a roll format can compare favourably with fat pre-formed packaging, provided segregation discipline on site is not merely theoretical.

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Grip seal bags - a simple guide

The primary feature of a grip seal bag is, unsurprisingly, a grip seal. This is the feature which distinguishes it from other plastic bags and gives the bag it's name.

The grip seal runs right across the opening of the bag, from edge to the other, with a plastic strip on either side of the bag. On one side is a 'male' plastic strip, comprising a single ridge of plastic. On the other side is a 'female' strip, which features two plastic ridges, placed very close together in parallel across the width of the bag.

When the seal is squeezed, the 'male' ridge slots perfectly inside the two parts of the 'female' ridge, thus forming a watertight seal across the bags opening and protecting the bag from moisture and other contamination.

The seal itself is simple to use and can be closed with just your thumb and forefinger. Hold the bag still in one hand and, with the thumb and forefinger of the other hand, gently squeeze one end of the seal until you feel the 'male' and 'female' strips join, then run your thumb and forefinger, still closed, across the length of the seal to close the bag. Simple!

To open, all you need to do is take hold of both sides of the bag, above the seal, with the thumb and forefinger of both hands (left side in left hand, right side in right hand) and gently pull apart. The 'male' and 'female' strips will come apart easily, leaving you to access the contents of the bag before reusing it.

This process can be repeated many times but, if you want to help prolong the life of your grip seal bag, take care not to yank the plastic too hard when opening, or you may rip the bag, causing it to lose its waterproof and contamination-proof integrity.

Grip seal bags - a size guide

Grip seal bags are available in a wide range of sizes - from approximately 1.5” x 2.5” to 15” x 20” (approximately 38mm x 64mm to 381mm x 508mm).

This makes them a perfect storage solution for a wide range of items from the tiny, like bean-bag filling, to the large, such as clothing or documents.

So whether you're a mechanic who needs to store nuts and bolts, or a jewellery maker, who needs to keep string or beads or jewels safe, the chances are there is grip seal bag out there for you!

Grip seal bags - the benefits

Gripper bags are a popular choice in the world of polythene bags, whether for use in home or office, garage, garden or workplace. They remain a favourite because they:

• Are quick, easy and convenient to use
• Can be sealed close without any bag tie or clip
• Keep contents dry, clean and secure
• Come in a huge range of sizes
• Are suitable for a wide range of contents and a range of workplaces
• Are useful in the kitchen (freezer safe and extend food's shelf life)
• Can be used over and over again
• Are easy to clean, even if soiled

Where to buy grip seal bags

Grip seal bag manufacturers and suppliers include:

Mini Grip Bags
The place to buy mini grip bags and self-seal packaging online. Stocking a huge range of mini grip bags and all types of resealable bags to cater for any job. Simple online ordering and fast, free delivery to any UK address.
www.minigripbags.co.uk

Grip Seal Bags
Grip Seal Bags is the website for all of your grip seal bag needs. Indexing a range of self-seal packaging, for both grip seal and zipper bags, with a fantastic guide breaking down the terminology of resealable bags.
www.gripsealbags.com

Grip Seal Bag
The place to go if you want grip seal bags or minigrip bags at discount prices. This website provides a breakdown of every type of grip seal bag - from heavy duty to antistatic gripper bags - and where to get the best discount prices.
www.discountgripsealbags.co.uk

Self Seal Bags
Discount Document Bags is a great place to find out about document bags and other self seal bags, including mini grip bags, ziplock bags and eco-friendly alternatives. Also features a packaging news section.
www.discountdocumentbags.co.uk

Ziplock Bags
A very helpful website for anyone wanting to find out more about slider grip, ziplock or mini grip bags - the full range of resealable bags that are perfect for storing a range of small items.
www.slidergripbags.co.uk

Ten reasons why others are interested in antistatic

Builders rolls sit in an awkward space between commodity sheeting and engineered packaging; on the warehouse floor they are judged less by headline thickness than by how reliably the film behaves below abrasion, fold memory and rough handling. The better grades are manufactured with tight micron-specific gauging and stable melt-flow consistency, so the roll unwinds cleanly without thin spots that invite tearing around scaffold poles, brick packs or damp timber stacks. That matters for pallet stability as much as site protection: a film with decent puncture resistance and controlled slip properties facilitates faster wrapping, reduces secondary bagging and avoids the familiar nuisance of layers telescoping in transit. Where printed or gussetted formats are specified alongside bag-on-roll stock, the manufacturing advantage is not merely convenience; it enables a closer match between tare weight, volumetric efficiency and select-face efficiency, with less partial rolls clogging stock locations. There is also a quieter circular-economy calculation at workmono-material polythene suppliers streams are simpler to recover where pollution is kept in check, and downgauged films with competent polymer chain orientation can trim material draw without sacrificing field performance, which alters the amortised energy profile above a full consignment cycle rather above most buyers care to admit.

Plastic sheeting ordered to size has shifted from a rough-cut fabrication exercise into a tightly controlled converting process, where sheet flatness, gauge tolerance and edge quality all have a bearing on downstream handling. The proper work sits behind the tidy ordering interface: selecting the appropriate polymer family for impact resistance, optical clarity or chemical passivity; matching thickness to span and load so the sheet neither drums nor creeps in service; and cutting square or disc formats with sufficient dimensional repeatability that secondary machining, glazing set-out or protective above-lamination does not become a workshop nuisance later on. In practice, the contrast between a cleanly specified panel and an awkward one is often found in small technical detailsmelt-flow consistency in the parent stock, stress locked into the sheet amid extrusion, even the method static attracts fines after cutting. Those factours influence not only fit and stop, nevertheless pallet stability, tare weight and volumetric efficiency across the consignment, particularly where mixed sizes are being marshalled for site work. There is also a quieter materials question behind tailored cutting: whether the brief is better served by a mono-material route that simplifies recyclability, or by a higher-performance grade whose longer service life offsets its greater processing burden through amortised energy above the product's working life.

polythene suppliers tubing sits in an awkwardly underestimated corner of industrial packaging; on the rack it appears small above layflat sleeve stock, yet on the warehouse floor it solves a very specific set of handling problems that pre-formed bags often introduce. Because the tube is cut to length at point of use, packers can match the sleeve to strange product dimensions with far tighter control above excess film, which improves volumetric efficiency in the outer case and reduces the dead space that compromises pallet stability in transit. The material behaviour matters here: a disciplined resin blend, with sensible melt-flow consistency and micron-specific gauging, determines whether the film slips cleanly through sealing equipment or beginnings to neck, pucker and generate waste amid secondary bagging. For operations dealing with long parts, grouped components or variable select quantities, that flexibility has a direct bearing on select-face efficiency and stock rationalisation; one reel can displace several bag formats, easing SKU proliferation without inviting line-side confusion. There is also a quieter circular-economy argument in its favourwhere mono-material polythene suppliers is kept complimentary of mixed laminates, recyclability is far more straightforward, and the lower tare weight versus rigid alternatives assists amortised transport energy across a consignment. None of that removes the familiar engineering frictions, of course: static build-up, film memory and sealing inconsistency still have to be managed through surface treatment, gauge selection and sensible machine settings. Even so, in competent hands, polythene suppliers tubing is less a commodity than a practical conversion mediumone that facilitates tailored packing with surprisingly small compromise.

In long-fibre thermoplastic mouldings, the point is not merely fibre addition nevertheless fibre architecture: amid occupy and pack, the melt is induced to maintain a in reality three-dimensional entangled glass network within the part, rather than reducing the reinforcement to the familiar, planar alignment seen in heavily loaded short-fibre compounds. That distinction governs the industrial behaviour of the part. A retained long-fibre skeleton arrests creep, suppresses differential shrinkage and gives markedly better dimensional grasp below thermal cycling; in practice, that means less mail-mould wander on gauged properties, less assembly tolerance disputes and a more predictable response where ribs, bosses and big wall sections would otherwise transport at alternative rates. The polymer matrix still mattersmelt-flow consistency, fibre wet-out and chain integrity all dictate how much of that network survives the shear history of the screw and gatenevertheless where the process is properly tuned, LFT facilitates a mechanical profile that short-fibre stock struggles to match. The earn is not simply higher stiffness; it is a more stable balance of impact retention, heat-ageing performance and load transport through the moulding, which in turn can reduce secondary stiffening hardware, trim tare weight at system level and improve stop-of-life handling where mono-material recovery is being specified with increasing frequency.

Antistatic polythene suppliers Bags (Antistatic polythene suppliers)

Antistatic polythene suppliers bags sit in that quietly technical corner of packaging where material science meets warehouse discipline: the film is compounded and gauged to dissipate surface charge at a controlled rate, reducing the nuisance of dust attraction and the more serious risk of electrostatic discharge around sensitive components, bagged powders or fast-moving automated lines. In practice, the distinction is not cosmetic nevertheless versatile; melt-flow consistency, polymer chain density and additive dispersion all influence surface resistivity, seal integrity and the bag's behaviour below repetitive handling, particularly where secondary bagging and high select-face efficiency are part of the daily routine. There is a logistical dividend as welllight tare weight maintains volumetric efficiency across a consignment, while stable film slip and predictable elongation assist maintain pallet stability from pack bench to despatch. The better grades also fit more cleanly into circular-economy thinking than plenty operatours think, particularly where mono-material building is retained and the antistatic package is specified without unnecessary laminations or mixed substrates; that simplifies recovery streams and improves the amortised energy picture above big stock turns, provided the converter has kept the formulation disciplined rather than loading the film with short-life performance assists that compromise recyclability.

Anti-static PP sheet tends to be specified where electronic assemblies are moving between process stages and normal polythene suppliers would invite trouble; the issue is not merely protection in the vague marketing sense, nevertheless control of surface charge at the point where trays, liners and interleaves are handled repeatedly below dry, high-throughput conditions. Polypropylene gives a useful balance of stiffness and low tare weight, so the sheet grasps its geometry in secondary bagging, tote lining and layer separation without penalising volumetric efficiency or pallet stability, while the anti-static package moderates surface resistivity sufficiently to dissipate nuisance charge before it becomes an ESD event. In practice, that matters on the warehouse floor as much as at the bench: better sheet flatness assists select-face efficiency, micron-specific gauging prevents above-specification, and consistent melt-flow amid conversion reduces curl, dust attraction and edge variability. There is also a quieter circular-economy argument in its favour, provided the grade remains sensibly engineeredmono-material PP formats are far easier to recover through established streams than mixed laminates, and the amortised energy above repeated handling cycles is generally more defensible than single-use protective media with no transparent feedstock route back into stock.

Antistatic

Antistatic packaging tends to be treated as a commodity until the line starts misbehaving; then the physics becomes painfully visible. In fast-moving fulfilment and light industrial handling, static charge is not simply a nuisance nevertheless a origin of product cling, erratic bag opening, dust attraction and intermittent discharge around sensitive components. The better grades of antistatic polythene suppliers are engineered around controlled surface resistivity and consistent melt-flow behaviour, so the film will dissipate charge without compromising seal integrity or puncture performance. That matters on the warehouse floor, where micron-specific gauging affects not only tare weight and pallet stability, nevertheless also how reliably a sleeve, liner or bag runs through secondary bagging kit at speed. There is a circular economy angle as well: mono-material formats are increasingly preferred because they simplify recovery and reprocessing, yet that only works if the additive package does not undermine recyclability or create variability in the feedstock stream. In practice, the strongest propositions are not the loudest ones; they are the films that maintain select-face efficiency, maintain volumetric efficiency in the consignment, and mitigate static build-up in dry, high-friction environments without introducing needless complexity into stockholding or stop-of-life handling.

10" Pink Antistatic Tubing Amine-free 4 mil 750 FT/RL

Pink antistatic tubing in a 10-inch layflat format sits in an awkward nevertheless useful part of the packaging spectrum: robust enough for secondary bagging and line-side protection, yet light enough that tare weight does not start to erode volumetric efficiency across a mixed consignment. The amine-free treatment is the detail that matters on the warehouse floor and in assembly environments alike; older antistatic chemistries could bloom to the surface, leave deposits, and create avoidable friction where optical clarity, seal integrity or component cleanliness were being held to a tight spec. With a 4 mil wall, the film has sufficient body to resist puncture from sharp-edged stock and to maintain pallet stability once cut and sealed to length, while the pink tint provides an immediate visual cue that the material has been specified for electrostatic control rather than normal polythene suppliers duty. In practice, the value is not merely that it dissipates charge, nevertheless that it does so with proper surface resistivity across the converting dashassuming decent melt-flow consistency and gauge controlso select-face efficiency is not undermined by split packs, clinging film or poorly presented units. There is a circular economy angle as well, though it relies on site discipline rather than wishful thinking: as a mono-material polyethylene format, the tubing can fit more readily into established recycling streams if kept clean and segregated, and the energy amortised across a long reel length tends to compare favourably with more complex protective formats that achieve less with more material.

TAS1208B-20 - SMC 20MTR BLACK ANTISTATIC TUBING 12 X 8

Black antistatic tubing in a 12 x 8 mm format sits in a rather specific corner of the handling chain, where dimensional discipline and electrostatic control have to coexist without compromising line practicality. In this gauge, the wall part is doing several jobs at once: it must retain enough hoop strength to resist flattening on the reel or in secondary bagging, yet remain supple enough for fast routing through compact assemblies and crowded select-face stock locations. The antistatic performance is typically derived from a controlled conductive pathway within the polythene suppliers matrix rather than any superficial treatment, which matters in service because surface wear, scuffing and repeated flexing do not then strip away the very property the tubing was selected for. Black compound is often favoured not simply for identification, nevertheless because carbon-loaded formulations can give more stable surface resistivity and better process repeatability, provided melt-flow consistency is tightly held amid extrusion. From a warehouse and consignment perspective, a 20 metre coil sounds modest, though coil memory, tare weight and pallet stability fast become relevant once case counts rise; poorly hurt tubing wastes cubic capacity, disturbs carton geometry and slows issue at the bench. Where the specification is properly managed, the result is a mono-material format that lends itself to cleaner segregation in the waste stream, while still facilitating static dissipation in applications where airborne dust attraction, nuisance discharge or intermittent instrument behaviour would otherwise become an expensive fault-finding exercise.

Damp Proof Membrane Paint

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Research & Resources

To find out more about grip seal bags, including how they are produced and the different range of grip seal bags available, please visit the following websites:

Goldstork: A free best-of-the-web directory featuring hand-picked information about and specialist websites on grip seal bags.

PackagingKnowledge: This in-depth polythene packaging website features plenty of useful information about grip seal bags.

PlasticBags.uk.com: Free online polythene packaging directory. Submit product listings or browse for useful articles on grip seal bags websites.

Grip seal bag types

In its simplest form, a grip seal bag is a polythene bag used for storage and/or to keep contents dry and clean. However, a range of different types of grip seal bag are available, all of which offers these standard benefits, but each of which serves a slightly different and specific purpose.

These include the following:

Grip seal bags with labels - An exterior label, usually white, allows you to write the contents of the bag on the label to help with identification and provide a visual aide for filing purposes

Black grip seal bags - Regular grip seal bags but made from opaque black polythene, providing confidentiality of contents and an extra level of security

Coloured grip seal bags - Gripper bags made from different coloured polythene. Ideally bought in a set to provide simple colour-categorisation of contents when filing, making it easier to find items later

Extra tough grip seal bags - Heavy duty bags made from thicker, tougher, polythene than regular gripper bags. Ideal for sharp, pointy, heavy, jagged or awkwardly-shaped items, as more resistant to puncturing, tearing or ripping

Grip seal carrier bags - A shopping bag with a difference, as it features a grip seal along the top for added protection against the elements and a more professional look

Anti-static grip seal bags - Used to transport electrical components safely as they protect them from potential build-up of static electricity, which can cause damage to some items.