You can make paper from leaves by breaking down the plant material into individual fibers, suspending those fibers in water, and then collecting them on a flat screen to dry into a sheet. The process takes one to two days from start to finish, with most of that time spent on cooking and drying. It works because leaves contain cellulose, the same structural fiber found in wood pulp, though in lower concentrations. Maple leaves, for example, contain about 15% cellulose, while dried herbal plant matter can reach 22% or higher.
Which Leaves Work Best
Not all leaves produce the same quality of paper. The key factor is cellulose content: the more cellulose a leaf has relative to other plant matter, the stronger your finished sheet will be. Dried herbal plant residues from things like ginseng, ginger root, licorice root, and cinnamon bark have tested at over 22% cellulose, which produces sheets with noticeably better strength. Maple leaves come in around 15%, which still works but yields a more delicate sheet.
For your first attempt, look for leaves that are fibrous rather than waxy or fleshy. Good candidates include corn husks, iris leaves, daylily leaves, yucca, and dried banana leaves. Avoid thick, succulent-type leaves or anything with a heavy waxy coating, as these contain very little usable fiber. You can also mix leaf fiber with scraps of recycled paper or cotton to boost the strength of your sheets, which is especially helpful when working with low-cellulose leaves.
Equipment and Safety
You’ll need a large stainless steel pot (not aluminum, which reacts with alkaline solutions), a blender or hand beater, a mold and deckle (a simple wooden frame with window screen stretched across it), a basin or tub larger than your frame, absorbent cloths or felt sheets, and flat boards or heavy books for pressing.
The cooking step involves soda ash (sodium carbonate) dissolved in hot water, which creates a moderately alkaline solution. Wear rubber gloves and eye protection while handling it. If any splashes on your skin, rinse immediately with plenty of water. Work in a well-ventilated area since the cooking process produces steam. Soda ash is far milder than lye (sodium hydroxide), which makes it the better choice for home projects, but it still deserves respect.
Preparing the Leaves
Start by tearing or cutting your leaves into pieces roughly the size of postage stamps. Remove any thick stems or woody veins, as these won’t break down easily and will leave lumps in your paper. If you’re working with fresh leaves, you can start cooking right away. Dried leaves work just as well. Soak dried material in plain water for a few hours beforehand to rehydrate it.
Weigh your dry leaf material so you can calculate how much soda ash to use. A good starting ratio is about 2 tablespoons of soda ash per quart of water, with enough liquid to fully submerge the leaves. You want roughly 10 to 20 times more liquid by weight than dry fiber. So for 50 grams of dried leaves, use 500 ml to 1 liter of your soda ash solution.
Cooking the Fiber
Place the leaf pieces in your pot with the soda ash solution and bring it to a gentle boil. Then reduce to a simmer. This step dissolves the lignin, pectin, and other non-cellulose compounds that hold the leaf’s structure rigid, leaving behind the loose cellulose fibers you need for paper.
Cooking time depends on the type of leaf. Soft, thin leaves like maple or herb residues typically need 2 to 3 hours of simmering. Tougher, more fibrous material like yucca or banana leaf can take 3 to 4 hours. You’ll know the fibers are ready when you can pinch a piece and it falls apart easily, pulling into individual strands rather than holding its shape. If it still feels like a leaf, keep cooking.
Once cooked, drain the dark liquid (this is essentially a mild “black liquor” containing dissolved plant compounds). Rinse the fiber thoroughly in a colander under running water for several minutes. You want to wash out all the soda ash residue. The leftover cooking liquid is alkaline but mild enough that you can neutralize it with a splash of white vinegar before pouring it down the drain, or use it to water non-sensitive garden plants after diluting it heavily.
Blending the Pulp
Transfer handfuls of the cooked, rinsed fiber into a blender with plenty of water, filling it about three-quarters full. Blend in short bursts until the mixture looks like a thin, uniform slurry with no visible leaf chunks. Over-blending produces very smooth, thin paper. Under-blending leaves a rougher, more textured sheet with visible fiber. Both are fine depending on what you’re after.
Pour the blended pulp into your basin and add more water until the mixture is quite dilute, roughly the consistency of thin oatmeal. Stir it gently with your hand to distribute the fibers evenly. This is your vat.
Forming the Sheets
Your mold and deckle is essentially two matching frames: the mold has screen mesh stretched across it, and the deckle is an open frame that sits on top to create a defined edge. Hold them together, dip them vertically into the vat, then scoop horizontally through the pulp and lift straight up. Give it a gentle shake side to side to settle the fibers and let the water drain through the screen.
What you’re left with is a thin, wet mat of tangled cellulose fibers sitting on the screen. This mat will become your sheet of paper, but only if the fibers bond to each other during drying. That bonding happens at the molecular level: as water evaporates, cellulose fibers move closer together and form hydrogen bonds between their surfaces. Initially, thin bridges of water connect neighboring fibers. As the last layers of moisture leave, those bridges convert into direct chemical bonds between the cellulose chains. This is why paper holds together without any glue.
Pressing and Drying
Remove the deckle (top frame) and flip the mold screen-side-down onto a damp cloth or felt sheet. Press gently and lift the screen away, leaving the wet fiber mat on the cloth. This step is called “couching” (pronounced “COO-ching”). Layer another cloth on top and repeat the process to build a stack of sheets separated by cloths.
Once you have your stack, press it firmly to squeeze out excess water. You can place it between two boards and stand on it, or use clamps. This initial pressing removes a lot of water mechanically and brings the fibers into closer contact, which strengthens the final sheet.
How you handle the drying from this point determines whether your paper comes out flat or warped. Research on paper drying has consistently found that restraining the sheet while it’s still very wet produces the flattest results. Sheets that are allowed to partially air-dry before being flattened tend to cockle and warp, because by the time you press them, hydrogen bonding and fiber shrinkage have already begun. That transition happens when the sheet reaches roughly 63% solids, which corresponds to the moment the paper shifts from looking dark and damp to a lighter matte appearance.
The best approach for home papermaking is to keep each sheet sandwiched between absorbent cloths and pressed between flat surfaces from the start. Change the cloths every few hours as they absorb moisture. Drying takes 24 to 48 hours depending on humidity and paper thickness. Resist the temptation to peel sheets off early, as they tear easily when still damp.
Making Your Paper Write-Friendly
Paper made purely from leaf fiber is absorbent. If you try writing on it with a pen, the ink will feather and bleed outward. This is fine for decorative paper or art projects, but if you want to write or print on your sheets, you’ll need to size them.
The simplest sizing method is gelatin. Dissolve one packet of unflavored gelatin in two cups of warm water and either dip your dried sheets briefly into the solution or brush it on with a wide, soft brush. Let the sheets dry flat again. The gelatin fills the tiny gaps between fibers and creates a surface that resists ink penetration. For stronger water resistance, you can use a light starch solution instead, around 6 to 10% concentration by weight, which penetrates deeper into the sheet.
Sized leaf paper won’t match the crispness of commercial paper, but it will hold pen ink cleanly enough for writing, journaling, or block printing. Two coats of sizing produce better results than one.
Improving Strength and Color
Pure leaf paper tends to be weaker than paper made from wood pulp or cotton, simply because leaves contain less cellulose. A sheet made from 100% maple leaves will be fragile and best suited for decorative use. To make sturdier sheets, blend your leaf pulp with recycled paper pulp (junk mail with the glossy coating removed works well) at roughly a 50/50 ratio. This gives you the organic texture and color of leaf paper with significantly more structural strength.
Color varies depending on your source material and how thoroughly you cook it. Longer cooking times and more soda ash produce lighter, more neutral-toned sheets. Shorter cooking leaves more natural pigment in the fiber, giving you greens, tans, and browns. You can also press whole small leaves, flower petals, or thin grasses into the wet sheet during couching for a decorative effect. These inclusions bond into the surface as the paper dries and become a permanent part of the sheet.