“The long-term reproduction of a system in order to sustain itself.”
As in all modern industries, substances released into the environment by textile manufacturers are often not harmless.
Therefore, reducing environmental damage and enhancing ecological protection requires reducing energy, water, and resource consumption; adopting resource recovery; utilizing sustainable natural raw materials; using eco-friendly dyestuffs; and mitigating existing pollution levels. Furthermore, creating long-term reproducible products, developing methods to safely eliminate pollutants once they occur, and implementing systems aimed at minimizing and utilizing waste are thoroughly evaluated from ecological, economic, and social perspectives.
Within this framework, Natural Dyes has adopted sustainability as its core principle. Accordingly, it continues to supply natural dyes—which have steadily gained importance in recent years—to the entire textile industry.
Therefore, reducing environmental damage and enhancing ecological protection requires reducing energy, water, and resource consumption; adopting resource recovery; utilizing sustainable natural raw materials; using eco-friendly dyestuffs; and mitigating existing pollution levels. Furthermore, creating long-term reproducible products, developing methods to safely eliminate pollutants once they occur, and implementing systems aimed at minimizing and utilizing waste are thoroughly evaluated from ecological, economic, and social perspectives.
Within this framework, Natural Dyes has adopted sustainability as its core principle. Accordingly, it continues to supply natural dyes—which have steadily gained importance in recent years—to the entire textile industry.
The company's goal is to supply sustainable natural dye raw materials to the textile sector.
Plant Waste Materials Used in Textile Dyeing
and Their Potentials
Walnut Shell
Number of walnut trees in Turkey: 1,748,000
Walnut production: 178,142 tons/year (TÜİK)
30,000 tons/year of walnut shell waste is obtained.
Dyes 120,000 tons of fabric a dark brown shade,
Dyes 240,000 tons of fabric a medium brown shade,
Dyes 500,000 tons of fabric a light brown shade.
Oak Acorn
Estimated raw potential: 31,388,250 tons/year.
Total oak forest land in Turkey: 5,150,000 hectares.
Yields 750,000,000 to 1,133,000,000 tons of potential material annually.
Quantities can successfully process 1,500,000,000 to 2,300,000,000 tons of fabric,
Reaching up to 12,000,000,000 to 17,200,000,000 tons of dyed fabric.
Orange Peel
Orange production: 4,800,000 tons/year
Minimum orange peel potential: 100,000 tons/year
Dyes a minimum of 1,000,000 tons of fabric a deep yellow,
Dyes a minimum of 1,600,000 tons of fabric a medium yellow,
Dyes a minimum of 3,200,000 tons of fabric a light yellow shade.
Pomegranate Peel
Pomegranate is cultivated across roughly 300,000 hectares in Turkey.
Total pomegranate harvest: 445,750 tons/year
Minimum pomegranate peel potential: 80,000 tons/year
Covers 160,000 to 320,000 tons of fabric in dark shades,
Covers 640,000 to 1,280,000 tons of fabric in medium and light shades.
🛡️ SUSTAINABLE: Eco-friendly solutions derived entirely from natural sources
🍃 HIGH POTENTIAL: Massive production capacity supported by vast raw material networks
🌐 ECONOMIC ADVANTAGE: Cost-effective sustainable manufacturing with premium added value
♻️ NATURE RESPONSIVE: Preserves ecological balance by upcycling industrial organic waste
Analyses and Testing
Analyzing quality straight from nature with state-of-the-art technology.
Heavy metal analysis in natural dye raw materials
Quantitative dyestuff component analysis in organic materials
Particle size measurement of milled botanical elements
Random sample comparative analysis across product batches
Quantitative Dyestuff Analysis (HPLC)
Retention Time
IR Spectrum Analysis
Particle Size Distribution
The Production Process of Our Natural Dye Raw Materials
1
🌱 Harvesting & collection
2
♻️ Waste product blending
3
⚙️ Industrial milling & grinding
4
🌿 Blending of processed botanicals
5
🛡️ Quality standard establishment
6
🔬 Component & purity analysis
7
📋 Lot & batch allocation
8
📦 Labeling and packaging
🏭 Storage
Pomegranate Peel
Weld / Dyer's Mignonette
Avignon Berries / Buckthorn
Oak Gallnut
Madder Root
Oak Acorn
Walnut Shell
The Purpose of Our Natural Dye Production
01
Minimizing energy consumption and maximizing energy savings
02
Reducing water consumption to the absolute lowest levels
03
Minimizing industrial wastewater discharge volume
04
Utilizing agricultural plant waste as a core source of dyestuffs
05
Ensuring full circularity and systemic recycling pathways
06
Upcycling residual forest waste into rich coloring compounds
07
Exclusively employing annually renewable plant waste matrixes
08
Repurposing spent plant biomass extract residues directly into organic fertilizers
09
Using entirely natural, non-toxic bio-compounds as mordants and binders
10
Imparting fabrics with inherent, all-natural antimicrobial features
11
Imparting fabrics with inherent, all-natural antifungal barrier fields
12
Ensuring utilized botanical dyestuffs remain safe and potable, matching standard herbal teas
13
Ensuring that if dye migrates via sweat or saliva to infants, it behaves identically to safe organic foods
Classification of Natural Dyes
By Chemical
Structure
Structure
- Indigoids
- Anthraquinones
- Carotenoids
- Quinones
- Flavonoids
- Gallotannins
- Betalains
- Tannins
- Flavones
By Origin /
Source
Source
Dye Plants
Valonia Oak
Dye Insects
Cochineal Insect
Marine Crustaceans
Murex Shellfish
By Application
Methods
Methods
Vat Dyeing
Direct Dyeing
Mordant Dyeing
Simultaneous / Co-Dyeing
NATURAL
COLORANTS
(Natural Dyes)
- Solar cells / Photovoltaics
- pH indicator fields
- Cosmetics & Pharmaceuticals
- Organic food colorants
- Biological tissue staining
TEXTILE COLORATION
AND FINISHING PROCESSES
- Eco-friendly dyed textiles
- Garments free from toxic and carcinogenic compounds
- Antibacterial and antifungal specialized apparel
- UV-protective functional textiles
- Odor-reducing textile configurations
- Mothproofing and insect-repellent fiber finishes
“The long-term reproduction of a system in order to sustain itself.”
As in all modern industries, substances released into the environment by textile manufacturers are often not harmless.
Therefore, reducing environmental damage and enhancing ecological protection requires reducing energy, water, and resource consumption; adopting resource recovery; utilizing sustainable natural raw materials; using eco-friendly dyestuffs; and mitigating existing pollution levels. Furthermore, creating long-term reproducible products, developing methods to safely eliminate pollutants once they occur, and implementing systems aimed at minimizing and utilizing waste are thoroughly evaluated from ecological, economic, and social perspectives.
Within this framework, Natural Dyes has adopted sustainability as its core principle. Accordingly, it continues to supply natural dyes—which have steadily gained importance in recent years—to the entire textile industry.
Therefore, reducing environmental damage and enhancing ecological protection requires reducing energy, water, and resource consumption; adopting resource recovery; utilizing sustainable natural raw materials; using eco-friendly dyestuffs; and mitigating existing pollution levels. Furthermore, creating long-term reproducible products, developing methods to safely eliminate pollutants once they occur, and implementing systems aimed at minimizing and utilizing waste are thoroughly evaluated from ecological, economic, and social perspectives.
Within this framework, Natural Dyes has adopted sustainability as its core principle. Accordingly, it continues to supply natural dyes—which have steadily gained importance in recent years—to the entire textile industry.
The company's goal is to supply sustainable natural dye raw materials to the textile sector.
Plant Waste Materials Used in Textile Dyeing
and Their Potentials
Walnut Shell
Number of walnut trees in Turkey: 1,748,000
Walnut production: 178,142 tons/year (TÜİK)
30,000 tons/year of walnut shell waste is obtained.
Dyes 120,000 tons of fabric a dark brown shade,
Dyes 240,000 tons of fabric a medium brown shade,
Dyes 500,000 tons of fabric a light brown shade.
Oak Acorn
Estimated raw potential: 31,388,250 tons/year.
Total oak forest land in Turkey: 5,150,000 hectares.
Yields 750,000,000 to 1,133,000,000 tons of potential material annually.
Quantities can successfully process 1,500,000,000 to 2,300,000,000 tons of fabric,
Reaching up to 12,000,000,000 to 17,200,000,000 tons of dyed fabric.
Orange Peel
Orange production: 4,800,000 tons/year
Minimum orange peel potential: 100,000 tons/year
Dyes a minimum of 1,000,000 tons of fabric a deep yellow,
Dyes a minimum of 1,600,000 tons of fabric a medium yellow,
Dyes a minimum of 3,200,000 tons of fabric a light yellow shade.
Pomegranate Peel
Pomegranate is cultivated across roughly 300,000 hectares in Turkey.
Total pomegranate harvest: 445,750 tons/year
Minimum pomegranate peel potential: 80,000 tons/year
Covers 160,000 to 320,000 tons of fabric in dark shades,
Covers 640,000 to 1,280,000 tons of fabric in medium and light shades.
🛡️ SUSTAINABLE: Eco-friendly solutions derived entirely from natural sources
🍃 HIGH POTENTIAL: Massive production capacity supported by vast raw material networks
🌐 ECONOMIC ADVANTAGE: Cost-effective sustainable manufacturing with premium added value
♻️ NATURE RESPONSIVE: Preserves ecological balance by upcycling industrial organic waste
Analyses and Testing
Analyzing quality straight from nature with state-of-the-art technology.
Heavy metal analysis in natural dye raw materials
Quantitative dyestuff component analysis in organic materials
Particle size measurement of milled botanical elements
Random sample comparative analysis across product batches
Quantitative Dyestuff Analysis (HPLC)
Retention Time
IR Spectrum Analysis
Particle Size Distribution
The Production Process of Our Natural Dye Raw Materials
🌱 Harvesting & collection
➔
♻️ Waste product blending
➔
⚙️ Industrial milling & grinding
➔
🌿 Blending of processed botanicals
📦 Labeling and packaging
⬅
📋 Lot & batch allocation
⬅
🔬 Component & purity analysis
⬅
🛡️ Quality standard establishment
🏭 Storage
Pomegranate Peel
Weld / Dyer's Mignonette
Avignon Berries / Buckthorn
Oak Gallnut
Madder Root
Oak Acorn
Walnut Shell
The Purpose of Our Natural Dye Production
01
Minimizing energy consumption and maximizing energy savings
02
Reducing water consumption to the absolute lowest levels
03
Minimizing industrial wastewater discharge volume
04
Utilizing agricultural plant waste as a core source of dyestuffs
05
Ensuring full circularity and systemic recycling pathways
06
Upcycling residual forest waste into rich coloring compounds
07
Exclusively employing annually renewable plant waste matrixes
08
Repurposing spent plant biomass extract residues directly into organic fertilizers
09
Using entirely natural, non-toxic bio-compounds as mordants and binders
10
Imparting fabrics with inherent, all-natural antimicrobial features
11
Imparting fabrics with inherent, all-natural antifungal barrier fields
12
Ensuring utilized botanical dyestuffs remain safe and potable, matching standard herbal teas
13
Ensuring that if dye migrates via sweat or saliva to infants, it behaves identically to safe organic foods
Classification of Natural Dyes
By Chemical
Structure
Structure
- Indigoids
- Anthraquinones
- Carotenoids
- Quinones
- Flavonoids
- Gallotannins
- Betalains
- Tannins
- Flavones
By Origin /
Source
Source
Dye Plants
Valonia Oak
Dye Insects
Cochineal Insect
Marine Crustaceans
Murex Shellfish
By Application
Methods
Methods
Vat Dyeing
Direct Dyeing
Mordant Dyeing
Simultaneous / Co-Dyeing
NATURAL
COLORANTS
(Natural Dyes)
- Solar cells / Photovoltaics
- pH indicator fields
- Cosmetics & Pharmaceuticals
- Organic food colorants
- Biological tissue staining
TEXTILE COLORATION
AND FINISHING PROCESSES
- Eco-friendly dyed textiles
- Garments free from toxic and carcinogenic compounds
- Antibacterial and antifungal specialized apparel
- UV-protective functional textiles
- Odor-reducing textile configurations
- Mothproofing and insect-repellent
fiber finishes