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NANOMATERIAL PRODUCTION

NANOMATERIAL PRODUCTION

  • Product Code: 0006
  • Availability: In Stock
$0.00

FULLAUTOMATIC HIGH PRESSURE REACTOR

(FYTRONIXFYHT-8000)

 

FYTRONIXHYDROTHERMAL SYSTEM includes

 

Thehydrothermal system produce all materials from the solutions such organicmaterials and metal oxides and all-in solutions for various applications.

FYHD-8000produce materials from the solution as POWDER AND THIN FILMS on anysubstrate. 

 

 

SYSTEMINCLUDES A HIGH PRESSURE REACTOR AND TEMPERATURE CONTROLLER

FYHD-8000 isa complete functional and nanomaterial production system.

 

Specifications

Highpressure reactor

Reactiontemperature: 50-300 o

100 ml PTFEor black carbon:TFE sample holder 

PIDTemperature controller

Systemautomatically adjusts internal-pressure from low to high pressure bytemperature or solution volume or external gas.

Systemautomatically switch on-off and hold

Systemautomatically cools by air cooling system when reaction is completed

System iscontrolled by heating rate

Homogenousheating in XYZ directions

Reactiontime: 1 h to 24 h or more

 

 

FYTRONIX NFM-7000 nanomaterial and functional production system performs the followings

 

Synthesizepowder nanomaterial materials

Synthesizenanostructure thin films

Controllingof nanosize with reaction time

Controllingof nanosize and nanostructure with reaction temperature

Controllingof nanosize and nanostructure with pressure

 

Systemsproduces the following materials or more

  • ¬ All ceramic materials
  • ¬ Bioceramics
  • ¬ Polymer nanocomposites
  • ¬ Polymers
  • ¬ Metal complexs
  • ¬ Organometallic complex
  • ¬ Metal complex nanocomposites
  • ¬ Bioglass ceramic materials 
  • ¬ Carbon based materials 
  • ¬ Graphene , Graphene Oxide 
  • ¬ Boron based materials 
  • ¬ Coating metal oxide films on substrate 
  • ¬ Coating  bioceramic films on substrate 
  • ¬ Graphene-nanocomposite materials 
  • ¬ Nanocomposite metal oxide materials 
  • ¬ Metal oxide semiconductors 
  • ¬ Boron nitride, boron carbide 
  • ¬ Film growth on any substrate
  • ¬ Battery materials
  • ¬ Solar cell materials
  • ¬ Ferroelectric materials
  • ¬ Piezzo materials
  • ¬ PL materials
  • ¬ Chalcogenide materials
  • ¬ Biomaterials
  • ¬ Hybrid materials
  • ¬ and  more,

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