About Hexi
Innovative Green Chemistry
About Us
Hexi New Materials delivers high-performance formulation solutions to customers through exceptional chemical science, specializing in advanced materials for coatings and agrochemical additives.
In agrochemicals, we answer the call for green agriculture by using high-efficiency additives to reduce pesticide runoff and environmental pollution, safeguarding ecological safety. Tank-mix boosters enhance wetting, spreading, and penetration of spray solutions, while formulation additives improve product stability.
In the coatings industry, we deliver customized solutions for various coating systems to help customers enhance product quality and construction experience. We look forward to partnering with you to drive innovation across the sector.
Key Benefits
Focused on two core areas, earning trust through expertise.
Agrochemicals
Answer the call for green agriculture by using high-efficiency additives to reduce pesticide runoff and environmental pollution, safeguarding ecological safety.
- Tank-mix adjuvant improves wetting, spreading, and penetration of spray solutions
- Formulation excipients enhance product stability
- Aerial Spray Additives Enhance Target Deposition
- Biodegradable products, eco-friendly
Coatings industry
Tailored solutions for diverse coating systems to help customers enhance product quality and construction experience.
- Wetting Agent: Significantly reduces surface tension for superior substrate wetting.
- Leveling Agent: Eliminates coating defects for a smooth finish
- Defoamer: Rapid bubble breakdown and inhibition for smooth application
- Customized Solutions: Tailored to your organization's specific needs
Corporate Philosophy
Green Chemistry
Centered on biodegradable products to minimize pesticide runoff and environmental pollution, safeguarding ecological safety.
Win-Win Cooperation
Deep collaboration with clients to deliver customized formula solutions tailored to specific needs.
Science-driven
Product efficacy validated by quantitative data: surface tension, penetration, and drift control are all backed by empirical measurements.