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Advanced Material Science ·
Foundation of the Future

Driving the transformation and upgrading of modern industry with outstanding chemical technology

Creating Agricultural Future with Chemical Wisdom

Creating Agricultural Future with Chemical Wisdom

Through advanced processing technology and reliable supply chain services, we provide stable and high-quality basic materials and solutions for global industrial customers.

We focus on agricultural chemical field, providing four core products: DAP, urea, PVC, and TDI, strictly following international quality standards and environmental protection concepts to ensure excellent quality and sustainable development of chemical products.

4+
Core Product Series
100%
Quality Inspection Coverage

Core Products

Focus on agricultural chemical field, providing four core products: DAP, urea, PVC, TDI

DAP
(NH₄)₂HPO₄

DAP

Provide comprehensive nutrition, promote root development, increase crop yield

Contains nitrogen and phosphorus dual nutrition
Promotes root growth
Improves crop stress resistance
Urea
CO(NH₂)₂

Urea

Improve soil fertility, promote crop growth, improve crop quality

Efficient nitrogen fertilizer
Quickly supplement nitrogen
Enhance disease resistance
PVC
(C₂H₃Cl)ₙ

PVC

Building materials, packaging materials, electrical and electronic applications

Durable and waterproof
Good insulation
Flame retardant and stable
TDI
C₉H₆N₂O₂

TDI

Key raw material for polyurethane industry, widely used in multiple fields

Polyurethane foam
Elastomer coatings
Adhesives

Product Functions and Applications

In-depth Understanding of Our Core Products' Mechanisms and Practical Application Scenarios

DAP Functions

DAP Functions

Provide Comprehensive Nutrition

DAP contains both nitrogen and phosphorus essential nutrients, providing balanced nutritional support for crops.

Promote Root Development

Phosphorus can effectively promote crop root growth and enhance crop absorption of water and nutrients.

Increase Crop Yield

Appropriate application of DAP can significantly increase crop yield, improve crop quality, and enhance crop stress resistance.

Urea Functions

Improve Soil Fertility

As a nitrogen fertilizer, urea can effectively increase nitrogen content in soil and promote crop growth.

Promote Crop Growth and Development

Nitrogen in urea is an essential nutrient for plant growth, helping crops grow and develop rapidly.

Improve Crop Quality

Appropriate application of urea can increase protein content in crops and improve crop quality and taste.

Urea Functions
TDI Functions and Applications

TDI Functions and Applications

Polyurethane Manufacturing

TDI is the core raw material for producing polyurethane foam, elastomers, coatings, and adhesives.

Industrial Applications

Widely used in polyurethane product manufacturing in automotive, construction, furniture, and footwear industries.

PVC Role and Application

Building Material Applications

As an important building material, PVC is effectively used in pipes, doors, windows, and flooring, providing durable and waterproof solutions.

Packaging Material Applications

In the packaging field, PVC offers excellent transparency and flexibility, making it suitable for food packaging, pharmaceutical packaging, and consumer goods packaging.

Electrical & Electronic Applications

With good insulation properties and flame retardant characteristics, PVC is widely used in wire and cable insulation and electronic device housings.

PVC Role and Application

Environmental Protection and Sustainable Development

Adhere to Green Production Concept, Promote Sustainable Development of Chemical Industry

Environmental Protection and Sustainable Development

Green Production Commitment

We are well aware of the important responsibility of chemical enterprises in environmental protection. By adopting advanced environmental protection technology and strict emission control, we are committed to reducing environmental impact in the production process and leaving a cleaner earth for future generations.

Clean Production Process

Adopt internationally advanced clean production technology to reduce pollutant generation from the source

Waste Resource Utilization

Establish a complete waste recycling system to achieve resource recycling

Strict Emission Control

All emission indicators are better than national standards, continuous monitoring ensures compliance

Energy Conservation and Emission Reduction

Optimize production processes, reduce energy consumption, reduce carbon emissions, and contribute to climate change response

Circular Economy

Promote collaboration between upstream and downstream of the industrial chain to achieve efficient resource utilization and waste minimization

Green Innovation

Continuously develop environmentally friendly products and processes to lead the industry's green transformation

30%

Energy Consumption Reduction

50%

Wastewater Discharge Reduction

40%

Solid Waste Resource Utilization Rate

100%

Emission Compliance Rate

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