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TL;DR<\/p>\n
Paper packaging offers strong protection and supports sustainability. Many uncoated papers qualify as \u201cGreen\u201d under UK EPR RAM, potentially lowering fees, though plastics can still be cheaper due to lower weight. Paper works across key protective applications \u2013 void fill, cushioning, block & bracing, and surface protection \u2013 and can replace foam\u2011in\u2011place with recyclable, lower\u2011CO\u2082 options.<\/p>\n
Result<\/strong>: effective protection with recyclable, future\u2011ready packaging. Plus, from a regulatory perspective, paper-based materials can enable businesses to mitigate environmental levies. For example, under the UK\u2019s Extended Producer Responsibility (EPR) framework papers that are uncoated and easily recyclable are often classified as \u201cGreen\u201d so they attract lower EPR fees compared with plastic materials.<\/p>\n However, it\u2019s important to take a holistic view when making material choices. You need to choose a solution that meets with your goals, legal obligations and protection requirements. Making a straight swap from plastic to paper might seem simple, but you should consider trade-offs like paper often weighing more than plastic. The most effective solution for you will come from evaluating both sustainability performance and total packaging usage.<\/p>\n Choosing the right paper solution will also depend on how your products need to be protected during storage and transit.<\/p>\n In this guide, we explore the most common protective packaging applications and how paper solutions can help you achieve both protection and sustainability.<\/p>\n Many businesses are turning to paper packaging because it supports both product protection and environmental goals.<\/p>\n Key advantages include:<\/p>\n Selecting the right paper packaging solution depends on several factors, including:<\/p>\n In many cases, the most effective packaging strategies combine multiple protective approaches \u2013 such as void fill with cushioning or surface protection with block and bracing.<\/p>\n Working with a packaging specialist can help identify the most efficient and sustainable solution for your specific requirements.<\/p>\n Paper packaging can be used in multiple ways, depending on the type of protection required.\u00a0 Here are the key applications explained.<\/p>\n During shipping, empty spaces inside a box can allow products to move around, increasing the risk of damage. Even tiny amounts of movement during transit can lead to products knocking against each other or the sides of the carton.<\/p>\n Void fill packaging is designed to fill these gaps and stabilise products within the box, helping keep items securely positioned throughout the delivery journey.<\/p>\n Paper-based void fill solutions create lightweight yet strong structures that occupy space and restrict product movement. Systems like the Ranpak Trident and Trident Mini dispense a triangular paper structure that can reduce costs by 15-25% compared to traditional paper packing systems.\u00a0When dispensed, the paper expands and conforms to the product and carton.<\/p>\n This type of protective packaging is particularly well-suited to high-volume packing environments such as:<\/p>\n Because paper void fill can be produced on demand at packing stations, it improves packing efficiency while reducing the need to store bulky packaging materials.<\/p>\n Paper void fill is typically dispensed through a paper conversion system that transforms flat paper into a three-dimensional structure. Packers can control how much material is used to create a stable pack without overfilling.<\/p>\n Void fill paper can be placed:<\/p>\n Compared with loose fill materials such as plastic packing peanuts, paper void fill offers several advantages:<\/p>\n Void fill is most effective when the main risk during transit is product movement rather than direct impact. For fragile items, it can be combined with cushioning or surface protection for added protection.<\/p>\n Some products require more than simply filling empty space, they need protection from shock and impact during transit.<\/p>\n Cushioning packaging absorbs energy from drops, vibration and handling to protect fragile or delicate items.<\/p>\n Paper cushioning materials can be engineered into spring-like structures that absorb impact while remaining fully recyclable. They are commonly used for protecting:<\/p>\n Systems like the Ranpak PadPak Guardian 30<\/a>, which has a small footprint, is designed for both medium and high-volume cushioning and can be used with 1 and 2 ply papers.<\/p>\n Paper cushioning is increasingly used as a sustainable alternative to foam-in-place packaging.<\/p>\n Traditional foam-in-place solutions use chemicals that expand to form a mould around the product. While effective, these materials can be difficult to recycle.<\/p>\n Paper provides a simpler and more sustainable option while still delivering strong protective performance.<\/p>\n One common method is to roll paper lengthways into a coil or \u201cpaper snail\u201d shape, creating a cushioning layer. This can be placed at the bottom of the box before the product is packed, with another layer added on top.<\/p>\n This technique helps absorb impact while stabilising the product during transit.<\/p>\n Benefits of paper cushioning as a foam alternative include:<\/p>\n For businesses looking to replace foam packaging, paper cushioning offers a practical balance between protection, efficiency and sustainability.<\/p>\n For heavier or irregularly shaped products, filling empty space alone may not provide enough protection. Block and bracing solutions secure items firmly within the carton to prevent shifting during transit.<\/p>\n Unlike void fill, which stabilises products by filling space, block and bracing locks products into position, preventing them from sliding, rotating or contacting the carton walls.<\/p>\n Paper-based block and bracing materials create strong structural supports within the box. These supports hold products securely and help maintain pack stability throughout transit.<\/p>\n This approach is commonly used for:<\/p>\n Paper block and bracing materials are typically produced using paper conversion systems that create dense layered or folded paper structures capable of supporting heavier items.<\/p>\n These structures can be placed strategically to prevent movement, for example:<\/p>\n Because paper is both flexible and strong, it can be shaped around products to create customised support without the need for moulded inserts.\u00a0 The Ranpak Guardian 30<\/a> is a versatile system that can produce pads suitable for blocking and bracing.<\/p>\n In many cases, protecting a product isn\u2019t just about preventing movement or impact, it\u2019s also about protecting the surface finish.<\/p>\n During packing and transit, products can be exposed to friction, abrasion, dust or contact with other items in the carton. Without protection, this can lead to scratches, scuffs or cosmetic damage.<\/p>\n Surface protection materials act as a barrier between the product and its surroundings, helping maintain product quality throughout the supply chain.<\/p>\n Paper-based surface protection materials wrap around products to create a protective layer between the item and other packaging components.<\/p>\n This is particularly important for products such as:<\/p>\n Paper wrapping materials provide lightweight protection against abrasion and surface contact. Products can be wrapped individually or separated within cartons to prevent surfaces touching during transit.<\/p>\n Some paper materials also feature textured or embossed structures that create air pockets, helping reduce marks caused by vibration.\u00a0 A good example of this is the Ranpak Geami MV system.\u00a0 When the paper is pulled through the system it expands to form a honeycomb like structure for protection, it can be used with a tissue paper liner to protect surfaces.<\/p>\n Surface protection paper can be used to:<\/p>\n Surface protection is often combined with other packaging techniques such as cushioning or void fill to create a complete protective packaging solution.<\/p>\n Paper-based protective packaging provides a flexible and environmentally responsible way to protect products throughout the supply chain.<\/p>\n By understanding different applications, from void filling and cushioning to block and bracing and surface protection, businesses can select solutions that deliver both reliable protection and improved sustainability.<\/p>\n As organisations continue to prioritise recyclable packaging materials, paper solutions will play an increasingly important role in modern packaging strategies.<\/p>\n Choosing the right paper packaging solution involves more than selecting a material, it requires understanding how products move through your packing operation and supply chain.<\/p>\n At Macfarlane Packaging, we work closely with businesses to assess their products, packing processes and distribution environments before recommending the most appropriate protective packaging solutions.<\/p>\n Our team can help identify where paper-based solutions are most effective across applications such as void fill, cushioning, block and bracing and surface protection, while also considering recyclability, EPR requirements and packing efficiency.<\/p>\n With access to a wide range of paper packaging materials and conversion systems, we can help you implement solutions that improve product protection, streamline packing operations and support your sustainability goals.<\/p>\n If you\u2019re exploring ways to optimise your protective packaging or transition to more sustainable materials, our experts can help you find the right solution for your business.<\/p>\n<\/p><\/div>\nMany businesses want to cut plastic use and make their packaging easier to recycle. Paper packaging has emerged as a versatile and effective solution that supports these goals.<\/h2>\n
Why choose paper packaging?<\/h2>\n
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Choosing the Right Solution<\/h3>\n
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Types of protective applications<\/h2>\n
Void Filling<\/h3>\n
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How Paper Void Fill Works<\/h4>\n
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Cushioning<\/h3>\n
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Paper as an alternative to foam-in-place<\/h4>\n
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Block and bracing<\/h3>\n
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How paper block and bracing works<\/h4>\n
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Surface protection<\/h3>\n
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How Paper Surface Protection Works<\/h4>\n
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Paper protection in summary<\/h2>\n
How Macfarlane Packaging can help<\/h2>\n