Hexamine and Paraformaldehyde
Hexamine and Paraformaldehyde
Hexamine and Paraformaldehyde
Hexamine and Paraformaldehyde
Hexamine and Paraformaldehyde
Hexamine and Paraformaldehyde
Hexamine and Paraformaldehyde
Hexamine and Paraformaldehyde
Hexamine and Paraformaldehyde
Hexamine and Paraformaldehyde
Hexamine and Paraformaldehyde
Hexamine and Paraformaldehyde
Hexamine and Paraformaldehyde
MOQ:
20mt
Shipping:
Ocean freight
Product details
FAQ
Essential details
MOQ:20mt
Shipping:Ocean freight
Product Introduction

Product Introduction

Hexamine​

Hexamine (C6H12N4) is a white crystalline heterocyclic compound, soluble in water, ethanol, and chloroform but not in ether. Synthesized via formaldehyde-ammonia condensation, Hexamine forms a stable cyclic structure.​

Industrially, C6H12N4 acts as a rubber curing agent, plastic blowing agent, and cross-linking agent for phenolic resins. Pharmacologically, it treats urinary tract infections by releasing formaldehyde in acidic urine.​

Safety: Irritates skin, eyes, and respiratory tract; requires protective gear. Flammable, stored away from heat and oxidizers.​


Paraformaldehyde​

Paraformaldehyde (C2H6O2) is a white, odorless powder/polymer of formaldehyde, insoluble in most solvents but depolymerizes to formaldehyde with heat/acids.​

Paraformaldehyde serves as a stable source of formaldehyde in chemical synthesis (for resins, pharmaceuticals, and adhesives). Agriculturally, it fumigates soil and storage facilities to control pests.​

Safety: Irritates the respiratory system, skin, and eyes; needs ventilation and protective equipment. Stored cool/dry, away from acids, bases, and oxidizers.



Product  Application

Hexamine Applications​

1. Rubber Industry: Acts as a vulcanization accelerator and curing agent, promoting cross-linking of rubber molecules to enhance elasticity, heat resistance, and mechanical strength of rubber products like tires and seals.​

2. Plastics Manufacturing: Serves as a blowing agent in foam plastics production, releasing gas during processing to form uniform pores, reducing material density while maintaining structural stability.​

3. Phenolic Resin Production: Functions as a cross-linking agent, reacting with phenol derivatives to form thermosetting phenolic resins used in electrical insulation materials and high-temperature coatings.​

Paraformaldehyde Applications​

1. Chemical Synthesis: Provides a stable formaldehyde source in organic synthesis, used in producing pharmaceuticals, pesticides, and dyes by releasing formaldehyde under controlled conditions (heat or acid).​

2. Adhesive Industry: Improves bonding performance in wood adhesives and composite material binders, enhancing water resistance and durability of adhesive products.​

3. Agricultural Fumigation: Acts as a disinfectant and fumigant to eliminate pests, fungi, and bacteria in soil, grain storage, and greenhouses, ensuring crop health and storage safety.​



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