Paraformaldehyde CAS 30525-89-4

Paraformaldehyde (CAS 30525-89-4) Comprehensive User Guide

Table of Contents

• Product Specifications & Comparisons
• Applications & Industrial Uses
• Case Studies & Implementation
• Client Success Stories
• Inquiry & Contact

Product Specifications & Comparisons

Applications & Industrial Uses

Key Applications:

• Chemical Synthesis: Intermediate for resins (urea-formaldehyde, phenolic), adhesives, and plastics.
• Agriculture: Production of herbicides, fungicides, and slow-release fertilizers.
• Disinfection: Hospital-grade sterilants, fumigants for soil/warehouses.
• Pharmaceuticals: Precursor for drug synthesis and antiseptic formulations.
• Textiles: Crosslinking agent for wrinkle-resistant fabrics.

Case Studies & Implementation

Case Study 1: Resin Manufacturing

Challenge: A plastics manufacturer sought to improve the thermal stability of polyoxymethylene (POM) resins.
Solution: Incorporated 96% paraformaldehyde for controlled polymerization, achieving a 15% increase in heat resistance.
Outcome: Enhanced product lifespan in automotive components.

Case Study 2: Agricultural Disinfection

Challenge: A farming cooperative needed a cost-effective soil fumigant.
Solution: Applied paraformaldehyde pellets (95% purity) at 50 kg/hectare.
Outcome: 99% pathogen reduction without crop residue.

Client Success Stories

Client 1: Wuhan Kainos Technology

• Usage: 96% paraformaldehyde for synthesizing diagnostic reagents.
• Volume: 2 metric tons/month.
• Feedback: “Consistent quality reduced batch failures by 20%.”

Client 2: Jinan Huifengda Chemical

• Usage: 94% analytical-grade material for pesticide R&D.
• Volume: 500 kg/quarter.
• Feedback: “Improved reaction yields by 12% vs. formaldehyde solutions.”

Inquiry & Contact

For pricing, technical data sheets, or bulk orders:

• Email: info@vivalr.com
• Phone: (86) 15866781826