Zirconium phosphate is a new type of multifunctional mesoporous material developed in recent years. It is one of the famous layered solid acid materials. Zirconium phosphate has great potential applications as a multifunctional material in many fields such as materials science, chemistry, optics, electronics, environmental science, and medicine (hemodialysis). Zirconium phosphate has the commonness of layered compounds and has high chemical stability. It not only has ion exchange performance like ion resin, but also has shape selective adsorption and catalytic performance like zeolite. It has high thermal stability and acid and alkali resistance. And mechanical strength.

 

Zirconium phosphate Introduction

 

Product Overview:

     Zirconium phosphate is a new type of multifunctional mesoporous material developed in recent years. It is one of the famous layered solid acid materials. Zirconium phosphate has great potential applications as a multifunctional material in many fields such as materials science, chemistry, optics, electronics, environmental science, and medicine (hemodialysis). Zirconium phosphate has the commonness of layered compounds and has high chemical stability. It not only has ion exchange performance like ion resin, but also has shape selective adsorption and catalytic performance like zeolite. It has high thermal stability and acid and alkali resistance. And mechanical strength.

 

Product component specifications:

     Chinese name: zirconium phosphate

     English name: Zirconium(IV) hydrogenphosphate

     Alias: zirconium hydrogen phosphate

     CAS RN: 13772-29-7

     EINECS No.: 237-401-7 (European Chemical Catalog Number)

 

Physical and chemical properties:

     White powder, density 3.3g/ml (25 degrees), has commonality of layered compounds, high chemical stability, stable layered structure, large specific surface area (total area of ??objects), high surface charge density (The number of charges per surface area) is a strong solid acid. Insoluble in water and organic solvents. Resistant to strong acids and alkalinity. High stability and mechanical strength (maximum load per unit area when the material is subjected to external forces).

 

Classification: zirconium phosphate is divided into: a-Zrp, y-zap, t-zap (not yet successful). These three types of zirconium phosphate have been developed so far.

 

Application: a-zrp: is the main specification of our current production. Field of use:

 

? Polymer: It can be used as an additive in (polymers, composites, plastics, masterbatches, adhesives, coatings, pigments, inks, greases, rubbers, fibers, fabrics, etc.) in these polymers: 1) to improve The polymer's high temperature performance, and has a significant synergistic flame retardant effect; 2) enhance the polymer's mechanical strength, hardness, impact resistance, abrasion resistance and chemical resistance; 3) enhance the polymer's acid and alkali resistance , weatherability, corrosion resistance; 4) can give the polymer product significant antibacterial and antibacterial properties; 5) enhance the resin, paint, ink adhesion, reduce its VOC and formaldehyde content.

 

? Antibacterial: 1) As a silver-carried antibacterial material, 2) Anti-static shoes, conductive shoes, 3) Can be added in plastic, rubber, fiber, paint, paper, adhesives, ceramics and glass to prepare antibacterial functional materials. 4) Silver zinc inorganic antibacterial agent, rare earth composite inorganic antibacterial agent, antibacterial fiber masterbatch, fabric antibacterial finishing agent, feather antibacterial deodorant finishing agent, 5) can be calcined at high temperature to generate antibacterial agent. Antibacterial underwear, tweezers, surgical gowns, dressings, insoles. cosmetic.

 

? Environment: 1) It has certain adsorption function for CO2 and other acid gases. Can be combined with building materials, wood-based panels, paper, coatings and other products with absorption (formaldehyde, ammonia) composite functional materials. 2) Zirconium phosphate has a strong affinity for strong bases, and thus combines with polar molecules such as amines, alcohols, and pyridines to form complex catalysts and protect the environment. 3) It can produce pesticides with polychlorinated biphenyls (PCBS), polycyclic aromatic hydrocarbons (PAHS), PCDDS, etc.

 

? Ion exchange: It has ion exchange function for trivalent metal chromium and other materials. Can be used for wastewater treatment. Dialysis field. Water Purifier.

 

Low-expansion ceramic materials: high temperature and high pressure ceramic heads, ceramic knives.

? Conductor: dye-sensitized solar cell gel electrolyte material.

 

? Catalyst: It can catalyze propylene, hexene (processing and treatment of petroleum-related products), oxidized paraffin, porphyrin, hydrazine, etc. It is not limited to acidic catalysis but can also be used as basic catalysis.

 

? Electrochemical equipment: 1) Solid phase gas sensor, 2) Polymer inorganic proton conductive membrane material, 3) Full solid phase fuel cell, 4) Electroluminescent material. 5) Molecular electronics, nonlinear optical materials, and artificial photosynthesis devices. 6) Film (as a photosensitive composition filler)

 

? Biological field: Used as a material for gene storage. The nanocomposites consist of bioactive molecules such as DNA and proteins.