Everything You Need to Know About the History of Kraft Boxes with Window

The next time you pick up a package, give it a closer look. The kraft box with window, with its brown, burlap-like texture and transparent opening to reveal the contents, is not new. It's the product of more than 100 years of materials engineering, consumer behavior and packaging technology. From its origins in a German lab, to its sustainable designs of today, kraft boxes with windows are now one of the most widely-used packaging materials on the planet. Here is the full history of this everyday product.

The Invention of Kraft Paper (1879–1880s)

It all starts with paper. In 1879, German chemist Carl Dahl invented a new way of making pulp for the Schaffhausen paper mill. The original method of making paper involved using acids to dissolve wood, weakening it. Dahl's innovation was to use sulfate, which left the fibers intact and stronger.

Dahl called his invention kraft paper (the German word for "strength"). This paper was rough, brown and very strong. It was stronger and less stretchy than other papers. For the most part, at first, kraft paper was used in industrial applications: to package heavy machinery, line railway cars, and make sandpaper backing.

Few people in the 1880s would have thought that this new material would be used to wrap cookies, cosmetics or house cables behind a clear window.

Rise of Corrugated Shipping Boxes (1890–1915)

In the 1890s, corrugated cardboard was invented. In 1871, Albert Jones developed single-faced corrugated paper to wrap bottles. In 1890, Robert Gait developed the pre-cut cardboard box that could be folded into shape. This box could be mass-produced.

At this time, kraft paper was used as the facing for corrugated boxes. This allowed boxes to be stacked higher. The unappealing brown color was acceptable because boxes were concealed in transit: boxes were not showpieces.

Windowed boxes begin to appear around this era, but were unusual. These windows were holes punched out of the cardboard. You could see the product - and touch it, and dirty it. This restricted them to dry and robust products such as nails and hardware.

The Cellophane Revolution (1920s-1930s)

What was needed was clear and safe packaging. In the 1920s, Swiss chemist Jacques Branden Berger invented cellophane, a transparent film made of regenerated cellulose. Cellophane became readily accessible in the 1930s, and could be glued or heat-sealed to cardboard.

Now you could package a product to protect it and show it off through a window. The first users were bakers. Pastries in the 1930s were sold in boxes with cellophane windows, so you could see the cookies, cakes and donuts. The concept was quickly extended to confectionery, pasta products and even small hardware.

kraft came to be is everything you need to know about the history of kraft boxes with window because if the hole was not protected by clear film, dirt, moisture, and little hands could get to the contents.

The Cellophane Revolution (1920s–1930s)

The postwar boom in consumerism. Department stores and supermarkets replaced corner stores. Goods now needed to be sold without personal attention. Packaging became advertising.

Kraft Boxes Enter Retail (1940s–1960s)

Cellophane had a problem: it was hygroscopic and became brittle. Oil-based plastics such as PET (polyethylene terephthalate) and PVC (polyvinyl chloride) replaced cellophane as the material of choice for windows in the 1970s. They were stronger, clearer and cheaper.

Window sizes grew. The 1960s porthole window grew to a 1980s half-panel. In the 1990s, some kraft boxes had windows that took up 75% of the front of the box, leaving just a border for printing labels. This "see almost everything" trend was applied to toys, electronics and craft supplies.

The Rise of Plastic Films (2000s–2004s)

A wake-up call occurred in the 2000s. Plastic waste was in crisis. Companies were asked to remove non-recyclable elements. Plastic window Kraft boxes were caught in the crossfire.

There were two solutions. First, compostable windows were developed with materials such as cellulose (back to the roots of cellophane) or PLA (corn plastic). These are compostable at industrial facilities and some paper plants accept them.

Second, companies "designed for recycling” by using a perforated window or a water-soluble glue that released the window from the cardboard during the pulping process.

By 2020, we entered the now standard era: the fully recyclable kraft box with a compostable or easily removed window. This packaging was embraced by major brands like Patagonia, Lush and many food co-ops.

The Sustainability Shift (2000s–2020)

The kraft box with window in 2026 is highly evolved. Modern versions feature:

1.       Kraft paperboard from sustainably harvested woodlands (FSC-certified)

2.       Compostable window films from wood pulp or other crops

3.       Water-soluble glues used for packaging

4.       Printing inks made from soy or vegetable oils

5.       Products with 30% less material than those of the 1990s

Future developments include windows created with bioplastics derived from algae, and boxes that grow flowers when planted.

Quick Timeline: Key Milestones

Why the History Matters Today

Knowing the history of kraft boxes with windows is helping brands today. The material has always had three key attributes: protection, visibility and price. Now, a fourth demand, sustainability, has been added.

The bad news is that it has been done before. All of the challenges (brittle cellophane, recycling incompatibility, high material costs) have been met with innovation. The problem of plastic waste is no exception.

Final Thoughts

The brown box with the window on your kitchen counter shows more than 140 years of industrial innovation. The brown paper began in the lab of a German chemist. The clear film started out as a Swiss-invented wood pulp. The box shape came out of American innovation.

And now, you are holding the kraft box with window in your hands: it is recyclable, compostable, and well, it displays its contents. It is the product of human creativity, material technology and our curiosity about what we are about to purchase.