Published On : October 2026
A buyer comparing slip sheets by base material alone, kraft paper against plastic, is skipping the question that decides whether the sheet works on a given line.
Within the global slip sheets market, the surface of the sheet matters as much as its fibre or polymer, because friction between the sheet and the load, and between the sheet and the forks of a push-pull attachment, decides whether a unit load stays put in transit.
This page describes seven slip sheet material types and five surface technology categories strictly as market segments, and makes no claim about load stability, handling damage rates or comparative performance for any product or company.
A slip sheet is a thin flat sheet, usually with a gripping tab along one or more edges, that replaces a pallet beneath a stacked load and is moved by a lift truck fitted with a push-pull attachment.
Because the load rests directly on the sheet, the top surface has to grip the bottom layer of cartons or sacks, while the underside has to release cleanly when the attachment pushes the load off.
Base material sets stiffness, tear resistance, recyclability and reuse potential, while surface technology sets friction, moisture behaviour and barrier properties.
The two are usually specified together, since a given paper grade behaves very differently when coated for friction than when left uncoated, and a plastic sheet can be textured or left smooth.
That is why packaging engineers experienced in this category begin with the load, the storage environment and the handling equipment, and only then choose a material and coating combination.
Seven material types are covered here: kraft paper, coated paper, anti-slip paper, plastic, HDPE, corrugated and composite slip sheets.
Five surface technology categories sit alongside them: anti-slip coatings, moisture resistant coatings, barrier coatings, high-friction surface solutions and customised performance coatings.
The sections below take paper-based, corrugated and composite, and plastic materials in turn, then the coating technologies that are applied across them.
Kraft paper slip sheets are made from strong, unbleached paper or paperboard and form the most familiar fibre-based category, valued for recyclability and for compatibility with paper and corrugated recycling streams.
Their appeal rests on a simple logic: a fibre-based sheet that existing recycling systems accept removes a disposal question that wooden and single-use plastic pallets often raise at the destination.
Coated paper slip sheets add a surface layer to the base paper, changing how the sheet behaves under moisture, abrasion and contact with the load.
The coating can be chosen for a specific purpose, whether to resist condensation in chilled storage or to hold a printed identifier, which makes coated paper a flexible platform across several end uses.
Anti-slip paper slip sheets are treated as a distinct category in this report because friction is the defining property rather than an add-on, with the surface engineered to hold the bottom layer of the load in place.
Paper-based categories share one handling constraint: they are sensitive to prolonged moisture, which is why the coating technologies described later on this page are closely tied to them.
Paper sheets are typically single-trip or limited-reuse products, so purchasing tends to follow shipment volume and is closely linked to export and distribution programmes.
For a buyer, the decision between plain kraft, coated and anti-slip paper is usually a question of how much friction and moisture protection the route demands, not of fibre quality alone.
For a converter, the three categories form a ladder of value, since coated and anti-slip grades carry more processing and therefore more room for differentiation than plain kraft.
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TECHNOLOGY WATCH Fibre-based slip sheets are gaining attention because they can be recycled in the same stream as the cartons they carry, which turns end-of-life handling from a cost line into a selling point for buyers with plastic reduction targets. |
Corrugated slip sheets are built from fluted fibreboard, which gives greater stiffness and cushioning than a single flat layer of paper at comparable weight.
That stiffness matters when a load is heavy or uneven, since a sheet that flexes under the load can snag during a push-pull transfer.
Corrugated grades are therefore often considered for heavier and bulkier goods, and a closer look at the load classes each material has to carry shows why material and weight rating are usually specified together.
Composite slip sheets combine two or more materials, such as a paper face bonded to a plastic or fibre core, to capture the strengths of each in a single sheet.
The aim of a composite construction is usually to pair a recyclable or low-cost face with a core that adds tear resistance, moisture resistance or reuse life.
Composite grades occupy the space between disposable paper sheets and fully reusable plastic sheets, and they are often specified where neither extreme fits the route.
Their construction also makes them harder to sort at end of life than a single-material sheet, which is a consideration for buyers with circular packaging commitments.
Corrugated and composite grades share a manufacturing logic: both are engineered from layers, so converters can vary board weight, flute profile or layer combination to suit a customer's load.
For buyers, that adjustability means a specification conversation is usually more productive than a catalogue selection, particularly for heavy, irregular or high-value loads.
Both categories sit comfortably alongside kraft and plastic in a mixed programme, since a single facility may use different sheets for different product lines.
Plastic slip sheets are typically made from polymer sheet that is waterproof, tear resistant and reusable, which suits routes where moisture or repeated handling would defeat a paper sheet.
HDPE slip sheets are treated separately in this report, since high-density polyethylene is the most common polymer for rigid, durable sheet and carries its own recycling and reuse considerations.
A plastic or HDPE sheet is often chosen for closed-loop routes, where sheets travel between a producer and a known set of customers and return for reuse.
In an open, one-way export flow the same sheet can be uneconomic, since the value of reuse is lost when the sheet is not returned.
Plastic grades can also be produced with textured or high-friction surfaces, so friction is engineered into the polymer surface rather than applied as a separate coating.
That distinction matters for the surface technology discussion below, since a textured polymer and a coated paper can reach a similar level of grip through different means.
Plastic and HDPE categories are also the focus of plastic reduction programmes, because buyers under pressure to cut single-use plastic may move toward fibre-based sheets, while buyers running reusable programmes may retain polymer.
The material choice therefore depends as much on the buyer's circulation model as on the load itself, with reuse favouring polymer and one-way flows favouring fibre.
For manufacturers of plastic and HDPE sheet, the commercial challenge is persuading buyers to treat the sheet as a returnable asset, not a disposable consumable.
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MARKET SHIFT Plastic reduction programmes are pulling buyers in two directions at once, toward fibre-based sheets to cut polymer use and toward reusable polymer sheets to cut waste per trip, which keeps both material families active within the same customer base. |
Anti-slip coatings are applied to the surface of a slip sheet to raise friction between the sheet and the load, helping stacked cartons, sacks or containers stay in position during transport and storage.
High-friction surface solutions go a step further, using engineered textures, particles or surface treatments to provide grip where standard anti-slip coatings are not enough.
Customised performance coatings are formulated to a buyer's specific requirement, whether that is a particular friction level, a combination of friction and moisture behaviour, or compatibility with a given load surface.
The three categories form a progression from standard treatment to bespoke formulation, and the move along that progression is usually driven by a specific handling problem such as a slippery load surface or a steep storage rack.
Coating capability is a core differentiator among suppliers, since a converter that can formulate and apply its own coatings can adapt to a customer's load faster than one that buys in finished sheet.
Coating know-how is also one reason buyers look at the manufacturers behind these coated grades by supplier type, since paper producers, coating specialists and platform suppliers approach the product differently.
Application method, coat weight and curing all affect how a coating performs, which means two sheets with the same nominal base material can behave differently in practice.
Buyers therefore tend to trial coated sheets on a live line before committing, and a successful trial often leads to a standing specification.
For packaging engineers, the practical point is to describe the friction problem precisely, because a precisely described problem lets a supplier propose a coating rather than a generic sheet.
Moisture resistant coatings protect paper-based slip sheets from humidity, condensation and brief exposure to water, which would otherwise soften fibre and weaken the sheet.
They matter most on routes that pass through chilled storage, humid ports or open yards, where a plain paper sheet may lose stiffness before the load reaches its destination.
Barrier coatings serve a related but distinct purpose, limiting the passage of moisture, oil or other substances through the sheet so that it does not transfer them to the load or take them from it.
In food, chemical and agricultural flows, a barrier can protect both the sheet and the packaged goods from contamination by spills or leakage.
Both coating types allow a fibre-based sheet to compete in conditions that previously favoured plastic, which is one reason coated paper remains an active area of product development.
Moisture and barrier performance are specified alongside friction, because a coating that resists water but loses grip when wet would solve one problem while creating another.
Containers add a further wrinkle, since temperature swings inside a sealed container can produce condensation even on dry cargo, which is a recurring reason export buyers ask about moisture performance.
For buyers, the key question is how long and under what conditions the sheet will be exposed, since a short domestic trip and a multi-week sea voyage place very different demands on the same coating.
For suppliers, moisture and barrier capability is a way of moving into more demanding routes without moving to plastic, which keeps recyclability in the product story.
Slip sheets are made from kraft paper, coated paper, anti-slip paper, corrugated board, plastic, HDPE and composite constructions, often combined with a surface coating that controls friction and moisture behaviour.
An anti-slip coating raises friction on the sheet surface so that the load is less likely to shift during transport, storage and handling with a push-pull attachment.
Plastic and HDPE sheets are waterproof and reusable and suit closed-loop routes, while paper sheets are recyclable and suit one-way routes, so the choice depends on how the sheet circulates.
Moisture can soften fibre and reduce stiffness, so coatings and barrier layers help paper-based sheets stay usable through chilled storage, humid ports and container transit.