Feature

●PTFE lining can withstand high temperature and high pressure, corrosion resistance, virtually insoluble in all solvents and physically inert
●Water heat synthetic furnaces are widely used in new materials, energy, environmental engineering, and other scientific research and experiment, university education institutions and commonly used small atomic furnaces
●Water heat synthetic reactor is an airtight container that can break down insoluble substances
●Helps dissolve samples in measuring trace elements
●It can also be used for small amounts By utilizing strong acid/alkali, high temperature and high pressure contract environment to achieve the purpose of rapid breakdown of insoluble substances


Description

Specifications:

Condition: 100% Brand New
Item Type: Water Heated Autoclée Reactor
Material: 304 Stainless Steel + PTFE Liner
Color: as picture
Maximum Pressure: 3 Mpa
Security Pressure: 2 Mpa
Maximum Temperature: 412°F (200°C).
Security Temperature: 394°F (180°C).
Heating and cooling speed: 12°F (5°C) per minute
Use: External heating
Volume: 0.8 fl oz (25

What is PTFE?
Polytetrafluoroethylene, a polymer compound made from tetrafluoroethylene which has excellent chemical stability and corrosion resistance, is one of the most corrosion-resistant materials in the world.
Non-Toxic - Inert
Non-adhesive - Minimum surface tension of solid materials
High Lubricity-Lowest Coefficient of friction in solid materials
High Temperature and Cold Temperature Resistant - Operating temperature may reach 250 degrees Celsius and can maintain 5% elongation even if the temperature drops to -196 degrees Celsius
Corrosion resistant - virtually dissolves in all solvents
Thicken the bottom of the kettle: High security, high pressure resistance, and prevent cracking
STRONG SEAL: Safe use of leak-proof circular groove seal

Package List:

1 x Water Heated Autoclane Reactor (5 parts)

1 x Boost Rod

Note:

Recommended Heater: We recommend the use of a heater with programmed heat. Muffle furnaces are not recommended as the lining melts when temperature overshoot and heating speeds exceed the limit.