Protective / Paper & Tissue / Waxed Kraft Paper

 

Order Code	Description and size	Length (m)	Pack Quantity
10W90	Waxed kraft roll 55gsm 900mm	100	2

Waxed Kraft Paper for Protective Wrapping

Waxed kraft paper is a practical protective wrap used to shield products from scuffs, dust, and light moisture exposure during handling, storage, and transit. It combines the strength and tear resistance of kraft paper with a wax coating that improves water repellency and helps reduce surface abrasion. In packaging operations, waxed kraft is often chosen when you want a paper-based wrap that performs better than plain kraft in humid environments, around condensation, or where incidental contact with oils and greases may occur.

Within this category you’ll find waxed kraft paper supplied as a roll format suitable for cutting to length at a bench, packing station, or converting into sheets for interleaving. Roll stock is especially useful when you need consistent coverage for a range of item sizes without holding multiple pre-cut sheet sizes.

Waxed Kraft Paper — Helpful Guide

This guide explains the main ways waxed kraft paper is used in protective packaging, what the key specifications mean, and how to select the right roll for your workflow.

Types of protective paper in this category

• 36" - 55gsm Waxed Kraft Paper
  A wax-coated kraft roll designed for general protective wrapping and interleaving. The wax layer helps repel light moisture and reduces friction between surfaces, making it useful for protecting finishes and limiting scuffing during movement.

What “waxed kraft” means in practice

Waxed kraft paper is kraft paper that has been treated with a wax coating. The coating can help in three common ways: (1) it improves resistance to moisture and humidity compared with untreated kraft, (2) it adds a degree of grease resistance, and (3) it creates a smoother surface that can reduce abrasion when wrapped around finished goods. Waxed kraft is typically used as a protective wrap rather than as a fully sealed barrier material.

Because waxed kraft is still paper-based, it is generally easier to fold and conform around irregular shapes than many plastic films. It also tends to be quieter and less slippery at the packing bench than some high-gloss barrier papers or films, which can help with manual wrapping consistency.

Understanding the key specifications

When comparing waxed kraft paper rolls, the most useful specifications are basis weight (gsm), roll width, roll length, and the nature of the wax coating.

• Basis weight (gsm)
  GSM indicates the paper’s mass per square meter and is a practical proxy for thickness and strength. A 55gsm waxed kraft is commonly used as a flexible, economical wrap that still provides meaningful protection for many everyday packing tasks. Heavier gsm options (when available) can offer more puncture resistance and stiffness, while lighter gsm options can be easier to crumple and conform around small items.

• Roll width
  Wider rolls cover larger surfaces with fewer seams and can be efficient for wrapping bulky items or lining cartons. A 36" (approximately 900mm) width is a versatile size for many packing benches because it can be used full-width for larger items or cut down for smaller wraps.

• Roll length
  Roll length affects how often you need to change rolls and can influence waste. Longer rolls reduce changeovers; shorter rolls can be easier to handle and store. For busy packing stations, minimizing roll changes can improve throughput and reduce interruptions.

• Wax coating characteristics
  Waxed papers may be coated on one side or both sides, and the coating weight can vary. These factors influence slip, moisture resistance, and how the paper behaves when folded. If you need the waxed surface to face outward for moisture resistance, confirm which side is coated and train packers to wrap consistently.

Common applications

Waxed kraft paper is used across many industries as a protective wrap and separator. Below are common applications and what waxed kraft contributes in each case.

• Interleaving and surface protection
  Place waxed kraft between stacked items to reduce scuffing and transfer marks. This is useful for painted parts, coated components, polished surfaces, and finished wood products where abrasion during vibration can cause visible damage.

• Wrapping metal parts and components
  Waxed kraft can help reduce exposure to humidity and condensation during short-to-medium storage and transit. It is often used as an outer wrap around parts before placing them into cartons, totes, or crates. For corrosion-sensitive items, waxed kraft is typically one layer in a broader protection strategy (for example, combined with desiccants or corrosion-inhibiting materials where required).

• General protective wrapping in warehouses
  For spare parts, tools, and maintenance items, waxed kraft provides a quick wrap that keeps dust off and reduces minor handling damage. It can also help prevent labels from rubbing off adjacent items when packed tightly.

• Carton lining
  Lining the inside of a carton with waxed kraft can add a sacrificial layer that protects the product from carton abrasion and helps manage light moisture exposure. This can be helpful when shipping through variable climates or when cartons may be staged in less-controlled environments.

• Work-in-progress protection
  In manufacturing, waxed kraft is often used to cover assemblies between process steps. It helps keep dust and fingerprints off surfaces and can reduce the chance of incidental splashes reaching the product.

Case study: reducing scuffs on finished components

A packing team shipping finished components noticed an increase in cosmetic defects after transit—primarily light scuffs and rub marks. The products were being stacked in cartons with minimal separation, and vibration during transport caused surface-to-surface contact.

The team introduced a simple interleaving step using waxed kraft paper cut from a roll. Each item received a wrap or separator sheet before stacking. The waxed surface reduced friction between parts, and the paper layer absorbed minor abrasion. The result was a measurable reduction in cosmetic damage and fewer rework events, without adding complex materials or changing carton sizes.

Key takeaway: when damage is caused by rubbing rather than impact, a low-profile separator like waxed kraft can be an efficient first improvement before moving to bulkier cushioning materials.

How to choose the correct waxed kraft paper

Selecting the right waxed kraft paper is mainly about matching the paper’s strength and barrier performance to the product’s sensitivity and the shipping environment.

1) Identify the primary risk: abrasion, moisture, or contamination

• Abrasion/scuffing: prioritize a smooth waxed surface and sufficient gsm to resist tearing during wrapping.

• Light moisture exposure: waxed kraft can help repel incidental moisture and humidity, but it is not typically a substitute for fully sealed barrier packaging when water ingress is likely.

• Dust and handling marks: waxed kraft provides a clean wrap layer that can be replaced easily at receiving.

2) Match roll width to your packing station

Roll width affects speed and waste. A wider roll can wrap larger items quickly, but may create offcuts when used for small products. If your operation wraps a mix of sizes, consider standardizing on a versatile width and using a simple cutting guide or dispenser to improve consistency.

3) Consider how the paper will be cut and dispensed

For manual packing, a bench-mounted cutter or dispenser can improve safety and reduce ragged edges. Clean cuts help the wrap fold neatly and reduce the chance of tearing at corners. If you frequently cut the same lengths, a marked cutting surface or template can reduce variability between packers.

4) Think about corners, edges, and puncture points

Waxed kraft is strong for its weight, but sharp edges can still puncture paper. For items with protrusions or sharp corners, consider adding edge protection or a secondary layer at stress points. A common approach is to double-wrap corners or add a small pad of paper at the edge before the main wrap.

5) Confirm compatibility with labels, tape, and inks

Wax coatings can affect adhesion. If you plan to tape directly to the waxed surface or apply labels, test adhesion first. In many workflows, it’s easier to secure the wrap with tape applied to a non-waxed area (if applicable) or to use a banding method. For marking, use inks or markers that dry reliably on coated surfaces.

Best practices for wrapping and interleaving

• Wrap with consistent overlap
  Aim for a repeatable overlap so the paper stays closed during handling. Too little overlap can open during transit; too much overlap increases material use without improving protection.

• Keep the waxed side oriented correctly
  If only one side is waxed, decide whether the waxed surface should face outward (for moisture resistance) or inward (to reduce friction against the product). Standardize the method so results are consistent.

• Use interleaving sheets for stacked items
  For flat or nested products, a single sheet between items can prevent rub marks. Cut sheets slightly larger than the contact area to ensure full coverage.

• Combine with cushioning when impact is a risk
  Waxed kraft is primarily a wrap/separator. If drops or impacts are likely, pair it with cushioning materials so the paper isn’t expected to absorb shock.

• Store rolls properly
  Keep rolls clean and dry. Dust and grit on the roll surface can transfer to wrapped products and increase abrasion. Store rolls off the floor and away from direct heat sources that could affect the coating.

Environmental and handling considerations

Waxed kraft paper is paper-based, but the wax coating can influence how it is handled at end of life. Disposal and recycling practices vary by region and by coating type. If waste segregation is important in your facility, confirm local guidance for wax-coated papers and keep waxed paper streams separate from clean, uncoated paper where required.

From a handling perspective, waxed kraft can be a good option when you want a protective wrap that is quieter and often easier to fold than many plastic films. It can also reduce the need for additional surface-protection layers in some applications, particularly where the main issue is scuffing rather than impact.

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