Industry Trends & Market Overview

In recent years, cas 137 26 8, carboxin thiram, and thiram fungicide powder have become essential active ingredients in the global agrochemical and industrial protective coatings sector. According to Statista and Markets&Markets, the fungicide market, where thiram plays a critical role, is projected to surpass USD 23 billion by 2028, maintaining a CAGR of nearly 4%. The demand surge is driven by disease-resistant crop varieties, stricter food safety regulations, and the need for longer shelf-life in crops and industrial goods. Thiram’s multi-application use, spanning seed treatment to anti-corrosion functional coatings, cements its position in both B2B and B2C supply chains.

Technical Parameters & Specification Table

To ensure optimal efficacy and compliance with industry standards, thiram-based products must meet strict technical parameters. The following table compares three key fungicidal agents, focusing on chemical identification, efficacy range, grain size, and international compliance:

Manufacturing Process Flow & Quality Standards

The production of cas 137 26 8, carboxin thiram, thiram fungicide powder involves high-precision batch synthesis, multi-stage filtration, and advanced drying techniques to ensure purity and uniform granularity. The typical process includes raw material synthesis, vacuum filtration, CNC powder grading, and ISO-standard packaging to preserve stability. Every batch is rigorously tested via HPLC and GC-MS, meeting international standards like ISO 9001, FAO, and REACH. Average product shelf-life exceeds 24 months under recommended storage conditions, with robust packaging ensuring minimal caking and maximum dispersibility.

Process Diagram:
1. Raw Material Sourcing → 2. Synthesis (controlled reactor) → 3. Precipitation & Filtration → 4. CNC Granulation → 5. Drying (vacuum oven) → 6. QA Testing (ISO/GC-MS) → 7. Bulk/Custom Packaging

Applications & Case Studies

Thiram fungicide powder is extensively applied in agriculture for seed coating and disease control, notably protecting cereals and vegetables from root rot and smut. In industrial coatings, its anti-fouling and corrosion-resistant properties are utilized in petrochemical pipes, water treatment plants, and metallic structures, extending equipment lifespan by up to 35%. Case studies from EU and APAC region documented yield increases of 12–18% in treated crops and a 27% reduction in corrosion-related maintenance downtime in industrial infrastructure.

Customer Feedback Highlight:
"Our switch to ISO-graded thiram has decreased product failures by 40%, while custom formulations enabled seamless adaptation to our unique pipeline coating process." – Senior Process Engineer, Leading Asian Metalworks Corp.

Technology Advantages & Competitive Analysis

The advanced cas 137 26 8, carboxin thiram, thiram fungicide powder technology delivers superior bioavailability, low phytotoxicity, and optimal flowability. Its unique microcrystalline structure provides enhanced dispersibility and rainfastness, resulting in up to 22% longer residual activity versus legacy formulations. Compared with common alternatives such as captan and mancozeb, thiram shows lower environmental impact and better synergy when tank-mixed with systemic agents.

Key Technical Benefits:

· 98%+ Active Purity (ISO/FAO Spec)

· Microgranular – Fast Solubility

· Environmental class: Moderate

· Extended Shelf Life (24+ months)

Competitive Product Comparison Chart

ThiramCaptanMancozebEfficacyHigher=Better

Vendor Comparison & Custom Solutions

Value-added solutions include custom blending, coloring for seed visibility, and anti-caking agent addition per client request.

Data Visualization: Key Indicators

68%Market Share (Thiram)

20192020202120222023Vol (kt)

FAQ: Technical Terminology

Q1: What is the CAS number 137-26-8?

A: It refers to Thiram’s universally recognized chemical registration number, essential for regulatory compliance and procurement identity.

Q2: What does 'mesh' mean in powder specification?

A: Mesh signifies the sieve size used to grade powder granules; ≥325 mesh indicates ultra-fine thiram for superior dispersibility.

Q3: How is ISO 9001 relevant to Thiram manufacturing?

A: ISO 9001 certifies quality management systems, ensuring consistent product quality and traceable supply chain processes.

Q4: What is meant by “microgranular structure”?

A: It describes powder with uniform, tiny particles (typically <15μm), resulting in better suspension and even application.

Q5: What industries use carboxin thiram formulations?

A: Apart from agriculture, petrochemical, metallurgy, and municipal water treatment adopt carboxin thiram for reliable anti-corrosion action.

Q6: How does HPLC testing benefit buyers?

A: HPLC (High-Performance Liquid Chromatography) provides high-precision verification of active content and impurity profiles.

Q7: Are custom formulations available for specific use cases?

A: Yes, suppliers offer tailored active ratios, anti-caking additives, and specific packaging to fit unique processing requirements.

Delivery, Warranty, and Customer Support

· Standard delivery time ranges from 7 to 25 days, depending on lot size and customization.

· Products are covered by a 12-month warranty for functional efficacy and packaging integrity, extendable on request.

· 24/7 technical support is provided, including live onboarding for application methods and regulatory advice.

· Comprehensive compliance documentation (ISO, FAO, REACH certificates) accompanies each shipment.

References

1. Chemical Safety Data Sheets: American Chemical Society

2. Thiram (137-26-8) Monograph – World Health Organization

3. ISO 9001 Quality Standards – International Organization for Standardization

4. FAO Specifications for Plant Protection Products

5. Comprehensive Environmental Toxicology – Elsevier Academic Press