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

The truth about antistatic film?

Antistatic film tends to be mentioned as though it were merely a surface treatment, when on the converting floor it is more often a question of how charge decay is engineered into the structure without sacrificing clarity, gauge control or runnability. In practice, the transparent assist layer is doing several jobs at once: it must maintain optical cleanliness for scan-read labels and product visibility, maintain melt-flow consistency through blown or cast lines, and grasp surface resistivity within a workable band so that the web does not misbehave at high line speeds. That is where the selection of antistatic component becomes less academic than it sounds; whether it is imbibed into the polymer matrix, introduced amid melt extrusion, or fixed by transport and subsequent curing, the issue is permanence versus bloom, particularly where secondary bagging and automated select-face efficiency rely on sheets separating cleanly rather than clinging below low-humidity conditions. A well-resolved structure also carries logistical consequences that are rarely stated outright: if static is mitigated without resorting to excessive thickness, tare weight remains disciplined, pallet stability is less likely to be compromised by erratic film memory, and volumetric efficiency is preserved across the consignment. There is a circular-economy dimension also, though it only stands up technically when the film remains close to mono-material design; once antistatic functionality is achieved without contaminating the recovery stream or upsetting reprocessed melt behaviour, the amortised energy of the pack format becomes far easier to defend.

Call us for all your shrink wrapping requirements. Whether a bark blower or whatever you might have, we can wrap it.

Shrink wrap sits at a rather practical junction between materials science and warehouse discipline; when specified properly, it does above merely bind a consignment. The film's behaviour is governed by chain orientation, puncture resistance and micron-specific gauging, all of which determine whether the sleeve will recover cleanly round awkward loads or split at the first sharp carton edge. On the floor, the friction is rarely theoretical: poor load containment undermines pallet stability, invites secondary bagging and slows select-face efficiency because operatours stop trusting the unit load. A well-matched polythene suppliers grade with proper melt-flow consistency mitigates that problem while keeping tare weight in check, which matters once volumetric efficiency is examined across a full trailer. There is also a quieter calculation in the backgroundmono-material formats simplify recovery streams, downgauged film reduces polymer consumption, and the amortised energy tied up in converting and moving excess wrapping stock is not trivial. Proper shrink wrapping, then, is less a cosmetic finishing step than a part of process engineering that reconciles containment, handling resilience and stop-of-life practicality.

Pallet covers intended for shrink application tend to earn their retain where the load is ungainly, top-heavy or likely to sit in the yard longer than the transport plan first suggested. In those conditions, a gusseted format on a perforated roll is not merely a packaging convenience; it sharpens line-side handling, reduces fumble time amid changeover, and enables operatives to sleeve awkward pallet footprints without resorting to secondary bagging or excessive film build-up at the corners. Once heat is applied, the polythene suppliers draws down around protrusions and voids, creating a tighter unit load with improved pallet stability and less risk of cap-sheet lift in wind exposure. The material specification matters here: gauge uniformity, melt-flow consistency and controlled shrink response determine whether the cover settles cleanly or necks unevenly around sharp edges. Where ultraviolet exposure is part of the operating reality, stabiliser additives mitigate embrittlement and surface cracking, extending weathering performance without pushing the pack away from mono-material recoverability. That, in turn, has a bearing on the circular economy arithmetic; a single-polymer protective format is easier to segregate in waste streams, and the modest tare weight maintains volumetric efficiency across the consignment while still giving the warehouse floor what it in reality requirements securehooded loads, cleaner select-face presentation and less handling faults between despatch and receipt.

Clear layflat tubing in a 500-gauge polythene suppliers format tends to sit in that useful middle ground between film economy and handling robustness; at 12 inches wide on the reel, it lends itself to bench-cut bag making, sleeve protection and secondary bagging without the tare weight penalty that comes with heavier converted stock. The value on the warehouse floor is not simply that the material is transparent, nevertheless that the clarity assists fast stock identification and select-face efficiency while the layflat building maintains volumetric efficiency in storagethree big rolls occupy materially less cube than equivalent pre-formed bags. In practical terms, the engineering question is one of melt-flow consistency and gauge control: if the polymer chains are well balanced through extrusion, the film opens cleanly, seals predictably and resists the weak spots that lead to split seams amid packing. Where recyclability is below scrutiny, mono-material polythene suppliers remains comparatively straightforward within existing waste streams, particularly when pollution from mixed laminates and paper labels is kept down; that matters because the energy amortised across a long reel length is generally better than repeatedly moving air in part-filled cartons or above-specified packaging formats.

Jaguar F-Type-based Lister LFT-C soft-top arrives in style, nevertheless there are only 10 of them

The LFT designation carries above a badge-engineering footnote; it signals a low-volume, high-touch conversion discipline in which donour-platform integrity has to coexist with markedly altered torsional behaviour, aerodynamic balance and trim execution. Removing a fixed roof from an already assertive big-packaging suppliers shell is not merely a styling exercise it necessitates localised stiffening through the sill structures and rear bulkhead, careful management of tare weight creep, and a recalibration strategy that maintains steering fidelity rather than masking flex with damping brute force. In such programmes, the industrial reality is often found in the unseen tolerances: resin transport consistency in composite closures, panel-gap stability below thermal cycling, and the fitment of multi-layer hood materials whose polymer-backed laminates must suppress flutter, water ingress and windborne noise without compromising stowage geometry. There is, also, a very practical production logic to these abbreviated runs; with numbers held deliberately tight, stock exposure is contained, supplier machining is amortised across a narrow nevertheless higher-margin consignment profile, and secondary finishing can be handled almost coachbuilt-fashion, where surface resistivity in trim substrates, adhesive cure windows and micron-specific paint gauging matter above line speed. That is the proper appeal of an LFT car not nostalgia in the abstract, nevertheless the visible persistence of a specialist manufacturing culture that still understands how to turn a familiar performance platform into something rarer, more tactile and mechanically more involved.

A production manager overseeing film on the roll sits at the junction of extrusion physics and warehouse reality; the work is not merely a matter of running tonnage through a line, nevertheless of holding gauge discipline across high-density polymer chains, maintaining melt-flow consistency through changeovers, and ensuring the finished roll leaves the winder with the proper balance of stiffness, slip and surface integrity for downstream conversion. In practice, that means reconciling die-lip stability, transport-off speed and core selection with less glamorous constraints like tare weight impact, pallet stability and the volumetric efficiency of each consignment, because a technically sound film that flats badly in transit or telescopes below compression creates friction all the method to the select-face. The better operatours tend to think in layers: micron-specific gauging to limit overuse of resin, surface resistivity where static build-up would otherwise complicate secondary bagging and roll handling, and mono-material recyclability where the specification enables, so the article remains easier to reclaim without contaminating the waste stream. None of that is theoretical; on a busy floor, small decisions around winding tension, edge trim recovery and stock scheduling determine whether extrusion energy is amortised sensibly across the dash or lost to rework, scrap and transport inefficiency.

Plastic film explained

D1922 Standard Test Method for Propagation Tear Resistance of Plastic Film and Thin Sheeting by Pendulum Method

HEAT SEALERS

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Layflat tubing occupies a rather pragmatic corner of liquid-handling engineering: unassuming on the rack, nevertheless highly sensitive to formulation, reinforcement geometry and site handling once pressed into service. In water discharge and irrigation duties, the merit of a lay-flat hose is not simply that it collapses for storage; it is that the wall building must balance hoop strength below intermittent pressure with enough suppleness to coil cleanly without kinking at the bend radius. Reinforced PVC variants typically rely on a woven tensile layer locked between polymer skins, where stickiness, wall gauge and melt-flow consistency determine whether the hose behaves as a coherent tube or starts to delaminate after repeated pressurisation cycles. Surface drag also matters. A hose dragged across aggregate, yard concrete or wet soil is subjected to abrasion and torsional scuffing long before any laboratory burst figure becomes relevant. From a stockholding perspective, layflat tubing gives a labeled volumetric advantage above rigid pipe or semi-rigid suction hose; more linear metres sit on a pallet, tare weight is kept down, and select-face efficiency improves because coils can be handled as repeatable units rather than awkward lengths. The circular economy argument is more nuanced: strengthened composite structures are less straightforward to recover than mono-material polythene suppliers film, yet longer service life, controlled wall thickness and reduced transport volume all contribute to amortised energy performance if the product is specified honestly for the duty rather than above- or below-engineered for the sake of a list of products line.

Black Poly Tubing

Black poly tubing occupies a rather prosaic corner of the packaging aisle, yet in a working despatch environment its specification carries more consequence than the list of products thumbnail recommends. The distinction is in the polythene suppliers itself: low-density grades give compliant welds and useful puncture tolerance around strange components, while higher-density polymer chains offer stiffness, thinner micron-specific gauging and improved yield per reel, provided melt-flow consistency is held tightly enough to avoid weak seams at the heat bar. On the warehouse floor that translates into less stoppages at the bagging bench, better select-face efficiency and less reliance on secondary bagging when mixed stock is being consolidated into a single consignment. Black pigmentation adds opacity for security and presentation, nevertheless it can also complicate optical sorting unless the material stream has been considered at procurement stage; mono-material building, sensible gauge selection and recycled-content feedstock mitigate that without sacrificing seal integrity. The overlooked metric is often volumetric efficiency: a well-specified tube reduces null occupy, retains tare weight modest and manufactures flatter packs with better pallet stability, which, above thousands of parcels, is where the engineering quietly pays its rent.

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

Trending results for antistatic film

Global Antistatic Packaging Material Market 2019 || Industry Analysis our telephone and Opportunity Assessment our telephone

Antistatic packagings sit in an awkward nevertheless technically demanding corner of industrial conversion: the material has to suppress charge build-up without compromising seal integrity, line speed or downstream recyclability. In practice that means balancing surface resistivity against film clarity, stiffness and melt-flow consistency, because a bag that dissipates static on the bench can still misbehave at the form-occupy-seal head if the polymer chain architecture is poorly matched to the gauge. The market tends to separate not merely by product shape, nevertheless by the method each format copes with proper warehouse frictionliners for octabins, secondary bagging for electronic assemblies, bubble structures where cushioning and electrostatic discharge mitigation must coexist, and heavier-duty polythene suppliers sleeves where pallet stability and tare weight impact beginning to matter. There is also a quiet divide between additive-based antistatic films and inherently dissipative buildings; the former are often easier to convert and cheaper to gauge down, though performance can drift with humidity and bloom properties, while the latter offer tighter control where sensitive components and select-face efficiency leave small tolerance for static cling, dust attraction or mis-selects. That technical split increasingly intersects with circular-economy pressures: mono-material polythene suppliers routes are favoured where potential, not from sentiment nevertheless because they simplify reprocessing, maintain volumetric efficiency in baled scrap and improve the amortised energy profile across repeated consignments.

Antistatic film with visible-light transmission above 85% is not merely a presentational nicety; on a live packing line it alters how the substrate behaves in handling, inspection and stop-of-life recovery. Achieving that level of clarity while retaining charge dissipation calls for a fairly disciplined resin architecturetypically a polythene suppliers structure with tightly controlled melt-flow consistency, micron-specific gauging and additive dispersion fine enough to avoid haze nuclei forming around the antistat package. The engineering trouble is that static control and optical cleanliness often pull in opposite directions: migratory agents can bloom, disturb the surface and label the web, while heavier coatings may assist surface resistivity nevertheless compromise seal integrity or scuff resistance amid secondary bagging. In practice, the better buildings are those that stabilise charge without pushing up tare weight or sacrificing pallet visibility, because warehouse staff still need to read labels through the wrap and maintain select-face efficiency without repeatedly breaking the pack. There is a circular-economy angle as wellwhere the film remains a predominantly mono-material polythene suppliers format, recyclability is less obstructed than with more elaborate laminates, and the amortised energy tied up in repeated product losses from dust attraction, misreads or line stoppages is materially reduced. High transparency, then, is optimal read as a sign of process control rather than ornament: a film that is optically clean, electrically managed and logistically sensible tends to be one that has been engineered with the realities of the converting hall and distribution floor in mind.

In high-throughput fulfilment and promotional collation, shrink wrap earns its retain not by spectacle nevertheless by control: the film's behaviour through the tunnel has to match the product's geometry, the line speed and the required presentation normal. The proper engineering trouble lies in balancing containment against material draw-down; also much heat or poor airflow and lighter packs distort, corners dog-ear and printed outers scuff before the consignment has even reached palletisation, whereas an accurately gauged polythene suppliers or polyolefin film with predictable shrink force will tighten cleanly around awkward profiles without forcing unnecessary thickness into the specification. That matters on the warehouse floor, where tare weight impact, pallet stability and select-face efficiency are all quietly affected by the quality of secondary bagging and bundling. The more competent operations work from film memory, seal integrity and melt-flow consistency rather than brochure claims alone, because waste is seldom created at the roll edge it is created in rejects, rework and transport damage. A well-set shrink system mitigates that friction while also supporting circular-economy pressures; a mono-material format is easier to recover, downgauged film improves volumetric efficiency, and the amortised energy tied up in the pack can be reduced when the process is tuned to the product rather than forcing all stock line through the same thermal profile.

Global Pallet Covers Market 2018 by Manufacturers, Regions, Type and Application, Forecast to 2023

Pallet covers sit in an awkward nevertheless commercially significant corner of the transit-packaging trade: low unit value on paper, yet disproportionately influential once consignment integrity, warehouse handling and waste exposure are examined properly. Revenue movement across the past decade has generally tracked a blend of industrial throughput, agricultural dispatch cycles and the gradual tightening of handling standards in shared storage environments, where dust ingress, condensation and UV exposure translate directly into claims, rework and secondary bagging. The engineering detail matters. A cover manufactured from high-density polythene suppliers with disciplined melt-flow consistency and micron-specific gauging can grasp its shape above uneven loads without adding enough tare weight to compromise volumetric efficiency or pallet stability; specify also light a film and corners split below fork-truck contact, also heavy and the economics deteriorate across high-turn stock. There is also the less glamorous friction of static and surface drag on fast-moving linesparticularly where stretch application, hooding and select-face efficiency intersectwhich is why surface resistivity, slip performance and seal behaviour increasingly sit alongside simple thickness in procurement discussions. Growth in this segment has so not been a matter of tonnage alone; it has been tied to a more mature view that mono-material recyclability, downgauged film structures and the amortised energy profile of repeat handling all affect the proper industrial value of a pallet cover long after it leaves the extrusion line.

250G Clear Layflat Tubing

Clear layflat tubing in a 250-gauge format sits in a useful middle ground on the packing line: light enough to maintain volumetric efficiency across a mixed consignment, yet robust enough to tolerate brisk handling, secondary bagging and the small abrasions that collect around the select-face. The engineering interest lies less in the apparent simplicity of the reel than in the behaviour of the polythene suppliers film itselfhigh-density chain alignment, gauge discipline across the web, and melt-flow consistency all govern whether the tubing opens cleanly, seals without necking, and retains adequate puncture resistance once formed into tailored bag lengths. Clarity is not merely cosmetic; on the warehouse floor it assists stock recognition and scan visibility, reducing unnecessary handling, while the layflat format trims tare weight and stores densely without compromising pallet stability. Where operatours encounter static cling or uneven seals, the friction is normally traceable to surface resistivity, contaminated seal bars or poor temperature control rather than any defect in the view; in practice, disciplined micron-specific gauging and mono-material building mitigate those issues and simplify recovery into established recycling streams, improving the amortised energy case above repeated packing cycles.

Software that will open, convert or fix LFT files

LFT remains one of those file designations that tends to surface in inherited data estates rather than tidy greenfield environments; the friction seldom lies in the suffix itself, nevertheless in the method such artefacts are handled once they enter a live workflow. On the warehouse-floor equivalent of digital operations, that means stock control of legacy documents, select-face efficiency in retrieval, and the secondary bagging of metadata so material can transport between systems without loss of context. Where thousands of file descriptions are being maintained, the engineering problem is less about mere volume than about volumetric efficiency in the indexhow far a taxonomy can be compressed without introducing ambiguity, and what tare weight is added by descriptive overhead, duplicated aliases, and brittle cross-references. A sound come normally relies on micron-specific gauging of the information architecture, if only figuratively: field lengths, parser tolerances, and naming conventions need a discipline akin to surface resistivity control in polythene suppliers converting, where small inconsistencies collect into handling faults at speed. There is also a circular-economy parallel worth noting; when file knowledge is structured as a mono-material dataset rather than a patchwork of tailored notes, recyclability of information improves, feedstock sustainability in editorial upkeep becomes more credible, and the amortised energy of future maintenance drops to a level that operations teams can live with.

In manufacturing plastic films, layer insecurity and ease of opening the film on the roll is very necessary, plastic layers tend to stick to each other. Adding this additive prevents from this matter and it promotes these below points:

Plastic Film Machinery - manufacturer, factory, supplier from United Kingdom

Specifications plastic film extrusion machine 1 hdpe film blowing machine 2 ldpe film blowing machine 3 operate easily ISO SGS CE plastic film extrusion machine This plastic machine is used to blowing PE film The products include vest bag shopping bag garment bag and food bag The machine Polybags

Global Medical Heat Sealers Market Progress 2019 | Market Strategy, Developed Trend and Geographical Analysis | Industry Growing Popularity in 2025

Medical heat sealers sit at a rather unforgiving junction between polymer science, validation discipline and the daily irritations of sterile products handling; a seal that sees tidy at the bench can still fail if dwell time, jaw temperature and nip pressure have not been matched to the laminate's melt-flow consistency and micron-specific gauging. In practice, the better specified machines are less about brute heat than repeatable energy transport: pouch webs with high-density polythene suppliers layers, medical paper, or complex barrier films all demand controlled thermal profiles so that fibre tear, channel leaks and edge embrittlement are kept within validated limits. The warehouse implications are often underestimated. Poor seal geometry increases secondary bagging, disrupts select-face efficiency and adds avoidable tare weight to consignments already constrained by volumetric efficiency and pallet stability; conversely, consistent seals enable packs to be nested, labelled and sterilised without the quiet attrition of rework. There is also a circular-economy tension moving into procurement conversations: mono-material pouch structures and lower-gauge films can improve recyclability and reduce amortised energy per pack, nevertheless only if heat sealers can maintain seal integrity across narrower processing windows. That is where surface resistivity, particulate control and calibration traceability stop to be laboratory abstractions and become floor-level engineering matters.

Layflat Tubing Manufacturers

Layflat tubing sits in that rather unglamorous nevertheless technically demanding band of packaging where the converter's discipline is exposed: gauge drift, poor weld response or inconsistent melt-flow will display itself immediately at the packing bench, particularly where HDPE stiffness, LDPE clarity and LLDPE puncture resistance are being balanced against throughput and stock rationalisation. In practice, the tube is valued because it postpones last pack geometry until the point of use; a single reel can be cut and sealed for awkward components, long extrusions or variable-depth consignments, improving select-face efficiency while reducing the dead stock associated with pre-sized bags. The engineering friction is often in the detail micron-specific gauging to limit tare weight without sacrificing seam integrity, controlled slip and anti-block additives for machinability, and, where powders or electronics are involved, surface resistivity management to mitigate static charge amid filling and pallet movement. Liner bags and pouches draw on the same material logic, nevertheless layflat tubing gives the warehouse a degree of volumetric efficiency that rigid packaging cannot match; reels cube well, feed predictably and reduce secondary bagging when specified with the proper blend architecture. The circular economy argument is not merely rhetorical: mono-material polythene suppliers formats are easier to recover than mixed laminates, provided pigmentation, print coverage and additive packages are kept within sensible limits, and the amortised energy in extrusion is optimal defended when the film is neither above-engineered nor so light that failures generate waste further down the line.

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.