Shai Feingold
CEO
Sonoviatech
Sonovia Tech provides an ultrasonic dyeing technology that significantly reduces water and energy consumption in textile manufacturing. Their process uses ultrasonic waves for nano-particle dye infusion, eliminating toxic chemicals and waste for more sustainable denim production.
Updated 5 months ago
Funding
Funding rounds are not available yet.
Founders
Shay Hershcovici
Co-Founder
Product
Problem
Traditional textile dyeing processes are water-intensive, energy-consuming, and generate significant toxic waste, contributing to environmental pollution and increased operational costs. This conventional approach presents a substantial challenge for the denim industry seeking to adopt more sustainable manufacturing practices.
Solution
Sonovia Tech offers an ultrasonic dyeing technology designed to address the environmental and economic inefficiencies of conventional textile dyeing. This process utilizes ultrasonic waves to infuse dyes into textile fibers at a nano-particle level, drastically reducing water consumption and energy requirements. By eliminating the need for harsh chemicals and minimizing waste generation, the technology provides a more sustainable and cost-effective method for denim production. The company's approach aims to set new industry standards for high-performance, eco-friendly textile manufacturing.
Target Audience
The primary target audience includes denim manufacturers and textile producers seeking to implement environmentally responsible and cost-efficient dyeing solutions.
Features
- Ultrasonic wave technology for nano-particle dye infusion into textile fibers.
- Significant reduction in water consumption by up to 90%.
- Lower energy usage compared to conventional dyeing methods.
- Elimination of toxic chemicals and reduction of CO₂ emissions.
- Zero production waste and reduced land use.
- Proprietary green nano-chemistry for dye application.
- D(y)ENIM process specifically for sustainable indigo dyeing.
- ISO certification for quality and environmental management.