Tintte develops smart bio-dyes engineered to replace petrochemical dyes in industrial applications. These sustainable colors are derived from renewable resources, offering consistent performance and high fastness comparable to conventional pigments. The process utilizes lower energy and water, enabling effortless adoption into existing textile workflows while eliminating toxic chemical discharge.
Funding
$250K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
SFounders
Product
Problem
The textile industry is a significant contributor to global water pollution and chemical waste due to its reliance on synthetic dyes and resource-intensive dyeing processes. Conventional dyeing methods consume vast amounts of water, energy, and petroleum-based chemicals, leading to environmental degradation and health hazards.
Solution
Tintte provides a sustainable alternative to traditional textile dyeing through a biotechnological process that utilizes microbial fermentation to produce and fix pigments on textiles. The company has built a biobank with over 100 microorganism strains selected for their affinity to both natural and synthetic fibers, as well as their resilience to temperature, UV rays, and washing processes. By employing metabolic engineering tools and identifying enzymes that can be used in the dyeing process, Tintte's method significantly reduces water consumption, chemical usage, and energy requirements compared to conventional dyeing techniques. This innovative approach enables large-scale textile production with a reduced environmental footprint.
Target Audience
Tintte's primary customers are textile manufacturers, fashion brands, and designers seeking sustainable and environmentally friendly dyeing solutions.
Features
- Proprietary biobank of over 100 microorganism strains optimized for pigment production and textile affinity
- Metabolic engineering tools for efficient color production
- Enzyme-based dyeing process to enhance pigment fixation
- Production of non-toxic, biodegradable, and low-impact bio-based colorants
- Reduced water consumption compared to traditional dyeing methods
- Lower energy requirements in the dyeing process
- Biodegradable pigments that minimize microplastic pollution