Kagzi India
Kagzi India
Our Paper Making Process

From Fibre to Feeling

Every sheet of Kagzi paper passes through six stages of transformation each one attended to by a human hand, not a machine. This is how we make paper that lasts.

Paper is not manufactured here. It is grown nurtured from raw cotton waste through water, patience, and skilled hands into something the world needs more of: a surface that holds meaning.

Our process has not changed in centuries. Not because we haven't tried new things – but because the old way, done with care, still produces the finest paper on earth.

Our Primary Fibre

Cotton The Soul Of Every Sheet We Make

Cotton Field

Cotton rag is not just a material to us it is the reason our paper exists at all.
A fibre with 95% cellulose purity, rescued from textile waste and reborn as something archival, beautiful, and permanent.
Here is the science behind why it works.

95%Cellulose Purity
100%Recycled Textile Waste
0Trees Used. Ever.
Archival Lifespan
Chemical Composition

Why Cotton Makes The Finest Paper On Earth

Cotton fibre is among the purest natural sources of cellulose available on earth at 95% cellulose by dry weight, it requires minimal processing, produces no harmful by-products, and creates paper of extraordinary strength and longevity. This is why archivists, artists, and luxury brands have trusted cotton rag paper for centuries.

Composition
Typical %
Range %
Cellulose
95
88-96
Protein
1.3
1.1-1.9
Pectic Substances
0.9
0.7-1.6
Ash
1.2
0.7-1.6
Total Sugar
0.3
0.1-1.0
Organic Acids
0.8
0.5-1.0
Pigments
Traces
-
Others
1.5
-
Composition by dry weight · Source: Cotton fibre analysis data.
Global Production - 2022-2023

India Is The World's Second Largest Cotton Producer

Global cotton production reached over 23,000 thousand metric tons in 2022-23. India - at 5,661 thousand metric tons sits at the heart of this supply chain. The textile waste this generates is our primary raw material. We turn what the industry discards into paper that lasts.

China
6,684
★ India
5,661
United States
3,150
Brazil
3,062
Australia
1,263
Turkey
1,067
Pakistan
849
Uzbekistan
740
Argentina
245
Mali
160
Values in 1,000 metric tons · Source: FAO 2022-23 · ★ Our home country.
95%

Cellulose - Pure Cotton Fibre

The Cellulose Molecule Why Cotton Paper Lasts Centuries

Cellulose is a long-chain polymer of glucose the structural backbone of all plant cell walls.

In cotton, it exists in its purest natural form: straight, tightly-packed chains that bond strongly to each other when dried, creating paper of extraordinary tensile strength.

Unlike wood-pulp paper, which contains lignin that slowly breaks down and turns pages yellow, cotton rag paper is lignin-free meaning it will not degrade, yellow, or become brittle with age.

The oldest surviving cotton rag manuscripts are over 600 years old, and still legible. That is what we make.

Beyond Cotton - Innovation In Progress

What If the World's Next Paper Came from a Pineapple?

We don't just preserve tradition. We question it - carefully, scientifically, with the same hands that have made cotton rag paper for decades.

Our research programme explores what happens when you look at agricultural waste not as a problem, but as a raw material waiting to be discovered. Pineapple is one of the world's most produced fruits. But for every kilogram eaten, nearly 60% of the plant - the leaves, the crown, the stem – is discarded. In most places, burned or left to rot.

In our workshop in Sanganer, we asked a different question: what if we made paper from it?

Pineapple Chemical Treatment Diagram

Pineapple
40% Use
60% Waste

Every pineapple harvested, 60% of the plant becomes agricultural waste. We're working to make that number mean something different.

Pineapples growing in a field
The Science Behind The Sheet

Pineapple Leaves Are Remarkably Good
at Becoming Paper

Chemical Composition

A Fibre The Vat Is Willing To
Accept

With a cellulose content of 66.2% and a holocellulose content of 85.7%, pineapple leaf fibre is rich, dense, and workable. Critically, it contains only 4.28% lignin - meaning less chemical treatment is required, aligning directly with our zero-harm commitment.

Composition
Pineapple Leaf
Cellulose66.2%
Holocellulose85.7%
Hemicellulose19.5%
1% NaOH Solubility39.8%
Lignin4.28%
Ash4.5%
Moisture81.6%
Production Context - 2022

A Waste Stream The World Has
Barely Touched

The ten largest pineapple-producing countries generated over 20,000 thousand metric tons in 2022.
The leaf waste from this is staggering - and almost none of it becomes paper.

Indonesia
3,203
Philippines
2,914
Costa Rica
2,909
Brazil
2,337
China
1,960
★ India
1,851
Thailand
1,714
Nigeria
1,607
Mexico
1,247
Colombia
919

Values in 1,000 metric tons · Source: FAO 2022 · ★ Our home country.

How We Extract The Fibre

Stage A

Alkaline Treatment

Shredded pineapple leaves are treated with a mild alkaline solution to break down the outer cellular structure and begin separating cellulose from surrounding plant matter. The leaves soften, begin to open up, and reveal the fibre within.

Stage A - Alkaline Treatment

Stage B

First Bleaching

An initial bleaching stage removes the residual deep-green pigmentation of the leaf and softens the fibre further – producing a pale, workable pulp that begins to resemble something a vat would welcome.

Stage B - First Bleaching

Stage C

Second Bleaching

A final refining stage produces a clean, bright fibre suspension ready for the vat, the mould, and the hands of our craftspeople. The result is a pale, surprisingly strong fibre that behaves beautifully once it meets water.

Stage C - Second Bleaching
01 Stage One

Sorting

Collected cotton textile waste is hand-sorted - separating clean, unbleached rags from unusable material. Only the purest cotton makes the cut.

100% Cotton | Hand Sorted

Sorting
02 Stage Two

Cutting

Sorted rags are cut into small, uniform pieces - preparing the fibre for efficient soaking and beating. Size matters here; uniformity ensures even pulp.

Uniform Fibre

Cutting
03 Stage Three

Pulping

Cut rags are soaked in clean water then beaten into a fine, silky pulp using traditional wooden mallets. No bleach. No caustic chemicals. Just water and time.

Zero Chemicals | Clean Water

Pulping
04 Stage Four

Sheet Making

Pulp is suspended in open vats. A craftsperson lifts a mould and deckle through the bath - drawing an even fibre layer. This single gesture creates the sheet.

Deckle Edge | By Hand

Sheet Making
05 Stage Five

Pressing

The freshly formed, water-heavy sheet is carefully pressed onto a smooth cotton surface to remove excess water and begin the bonding process.

Fibre Bonding

Pressing
06 Stage Six

Separating

Pressed sheets are carefully separated from the cotton surface one by one, by hand without tearing. This requires patience and a practiced touch.

Hand Release

Separating
07 Stage Seven

Drying

Sheets are laid out under Rajasthan's open sky. No electric dryers. No forced heat. Just sun, wind, and time allowing fibres to bond slowly and evenly.

Sun Dried | Zero Energy

Drying
08 Stage Eight

Recycling

All process water is treated and returned to the ground. Off-cut fibre and trim waste are recycled back into the pulp vat. Nothing leaves the workshop as waste.

Zero Waste | Closed Loop

Recycling
09 Stage Nine

Pressing

Dried sheets go through a final pressing stage flattening, smoothing, and achieving the right surface texture for each product specification.

Surface Finish

Pressing
10 Stage Ten

Paper Shipping

For products requiring further conversion notebooks, bags, boxes finished paper sheets are moved to the conversion workshop where they become the final product.

Internal Transfer

Paper Shipping
11 Stage Eleven

Cutting

Sheets are cut to precise specifications product dimensions, envelope sizes, book pages, bag panels. Accuracy here determines quality throughout.

Precision Cut | Custom Size

Cutting
12 Stage Twelve

Stitching

For journals, notebooks, and bound products coptic or traditional stitching binds the pages by hand. Each spine is finished by a craftsperson who has done this thousands of times.

Hand Bound | Coptic Stitch

Stitching
13 Stage Thirteen

Final Production

Colour, embossing, natural dye application, floral embedding, and hand-painted accents are applied. Each product receives its finished character at this stage.

Natural Dyes | Hand Finished

Final Production
14 Stage Fourteen

Packing

Each product is hand-inspected, graded, and packed in multi-layer moisture-free export packaging by trained professionals. Ready to travel to 30+ countries.

Export Grade | 30+ Countries

Packing
What Makes Our Paper Different

The Difference You Can Feel

Quality 01

Archival Quality

Cotton rag paper can outlast wood-pulp paper by centuries. Museums and archivists worldwide prefer it for documents meant to last.

Quality 02

Deckle Edge

Each sheet has a natural, organic edge on all four sides unrepeatable, uneven, entirely handmade. No machine can fake it. No two sheets are the same.

Quality 03

Acid-Free

Our paper will not yellow, crack, or degrade over time. It is safe for fine art, legal documents, and anything meant to outlast the moment it was made for.

Quality 04

Eco-Certified

Zero trees. Zero harmful chemicals. 100% recycled input material. ISO 9001:2015 certified production from start to finish.

Quality 05

Tactile Richness

The surface texture holds ink, paint, and gold leaf differently from any other paper. Artists who use it once rarely go back to anything else.

What We Use

Materials That Carry No Hidden Harm

01.

Cotton Rag

Strong, long-lasting, archival. The primary building block of every sheet we make. Sourced from textile waste rescued before it reaches landfill.

Primary Fibre
02.

Khadi Fibre

Indigenous, rough-textured, distinctly Indian. Used in our premium specialty sheets for a surface texture that tells you exactly where it was made.

Specialty Texture
03.

Natural Colour

Indigo, turmeric, rose petals, pomegranate rind, henna. Colour that comes from the same earth the paper was made in. Zero synthetic dyes.

Zero Chemicals
04.

Pineapple Leaf

From our ongoing research programme pineapple leaves yield cellulose-rich fibre that creates uniquely lightweight, translucent papers. Experimental line.

Innovation Fibre
05.

Clean Water

The silent ingredient. Treated and returned to the ground after every use. Paper should nourish the world, not deplete it.

Zero Waste

Our Certifications

ISO Certified
IAF Accredited
Sedex
Eco Friendly
AGCS
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