Inline & offline digital printing primers certified for use with HP Indigo presses.
Water-based overprint coatings increase durability and enhance the look & feel of inkjet-printed materials.
High-performance primers for inkjet that improve print quality & ink adhesion on film & paper.
Advanced materials designed to enhance the performance and processing of agricultural products.
Recyclable water-based coatings that confer high barrier to paper-based packaging and wraps.
Enhancing composite performance through optimized fiber-polymer interface adhesion
Water-based sizing solutions designed to optimize interfacial adhesion in composites using carbon fiber.
2030 Goals
Michelman is committed to sustaining our planet by continually reducing our footprint and bringing planet-positive solutions to the marketplace.
Sustainable Packaging
Future proofing, problem solving, and above all, collaborating. Our people, our planet, shaping the circular economy of tomorrow.
Thinking Ahead
The packaging industry must adopt more sustainable practices to combat the significant and growing impact of packaging waste.
News (Thursday, 21 November 2024)
Wilma will direct Michelman’s people engagement, organizational design, and culture initiatives.
News (Thursday, 7 November 2024)
Sustainable packaging alternatives currently available in India enable transitioning from film to paper and downgauging to mono-material film.
News (Thursday, 31 October 2024)
Working closely with forward-thinking leaders accelerates the pace of innovation for more sustainable packaging solutions.
Our corporate values are a testimony of our highest priorities as individuals and as a company.
A Legacy of Innovation
Collaborating with like-minded partners to move industries forward.
Supporting our local communities.
Michelman is a global company with offices in the Americas, Asia and Europe.
Located all over the world, Michelman distribution partners have the expertise to help you win.
Appliances. Automotive parts. Windows. Doors. Electronics. Cosmetics. Food. Finished goods change hands across borders, mountains, and oceans, via truck, rail, plane, and cargo ship.
Supply chains are complex. A manufacturing site may be a long distance from the final consumer. Products go through extensive supply chains that may be local, regional, national, or international. Manufacturers rely on effective packaging to ensure products reach warehouses, retail outlets, and consumers in pristine condition.
Products are often shipped in multiple layers of packaging. Historically, primary packaging, which has direct contact with products, was used to protect products from secondary, and even tertiary, packaging. Primary packaging was used as part of a total packaging system to facilitate efficient storage, shipping, and distribution. However, consumer sustainability awareness, as well as increasing government regulation, are compelling brands to minimize excess packaging. There is a concerted effort, across multiple supply chains, to eliminate sources of packaging waste.
The urgency to develop environmentally friendly alternatives in both the manufacturing and shipping of products continues to escalate. Governments, regulatory bodies, industry trade groups, and consumers are carefully considering the impact product packaging has on the environment. Packaging manufacturers are taking note and developing alternatives to improve end-of-life options for final structures. Trends include:
Eliminating primary packaging is a common method used to reduce the total volume of packaging. Secondary packaging, when treated with an abrasion resistant coating, can prevent marring of products that no longer use primary packaging. Abrasion resistant coatings enable brands to minimize, combine, or eliminate packaging layers.
Reducing the environmental footprint of packaging can also be achieved by using recycled fibers. Applying an abrasion resistant coating is especially important when using recycled fibers, since they are more likely to abrade adjacent surfaces than virgin fibers.
Many products are susceptible to surface damage in transit. A few examples include household appliances, office furniture, and thermoplastic rearview and sideview mirrors. Packaging can be designed to minimize the possibility of abrasion due to direct contact of the product with the package. Types of corrugated and fiber-based packaging that might come in direct contact with these products include corner posts and partitions as well as shipping containers.
Fiber-based corner posts are frequently used to ship everything from large household appliances to office furniture to air conditioners. Reducing the surface friction between the product and the corner posts helps ensure products are delivered without scratching and marring.
Partitions, also called dividers, can be used to provide a separate cell for each product within a box. These individual cells enable safe shipment of items with fragile surfaces like glass, plastic, and ceramic.
More than ever, thanks to the ubiquity of e-commerce, consumers equate packaging with product value, and expect premium products to be accompanied by a premium unboxing experience. Products that arrive in pristine condition, especially those that use environmentally-friendly packaging, are more likely to be accepted by the customer—reducing costly and wasteful returns, and building customer loyalty.
Trusted in the packaging industry for over 30 years, Nomar® allows corrugated packaging to meet both performance and sustainability requirements in different markets.
Nomar® products can be applied with various methods, including:
Factory floors are busy. Nomar® is available in several colors—blue, green, brilliant red, and thin red—to help workers quickly identify particular packaging components. Color coding is helpful both during the box construction process and during the product packaging process. When manufacturing a box, color coding helps associates recognize which linerboard to use and helps distinguish between single-faced and double-backed liners. When packaging products right off the production line, color coding can help packers quickly find the correct components, such as corner posts, to use for each brand that is being packaged.