Intelligent Acid Evaporator Ideal Partner of Microwae Digestion

• After-sales Service: 1 Year
• Warranty: 1 Year
• Customized: Non-Customized
• Structure: Portable
• Material: Stainless Steel
• Certification: CE, ISO
• Model NO.: V series
• Application: School, Hospital, Lab
• Type: Separation Type
• Digestion Block Dimension: Diamete Φ28mm Depth 155mm
• Digestion Capacity: 24
• Temperature Range (°c): Ambient~210ºCT±1.5ºC
• Temperature Stability (°c): ±1.5ºC
• Stage of Temp. Setting: 20
• Power: 1500 W
• Transport Package: Carton
• Specification: 290*290*310
• Trademark: AUWII
• Origin: China
• Production Capacity: 500 PC

Product Description

V series Intelligent Acid digestor is the best partner for microwave digestion.Microwave tubes can be put into the digestor directly for acid evaporation. The isostatic pressure graphite heater ensure the uniform temperature in the holes and consistency of digestion. Multiple corrosion resistant design can protect the graphite and electronic elements from acid corrosion.

Main Feature:

○Multiple protection--Anti-corrosion and durable
○ Stainless steel surface with Teflon coating, double anti-corrosion;
○ Thickened Teflon coating on the surface of the graphite body, effectively prevent acid corrosion;
○ Capacitive touch buttons to isolate acid gas and avoid corrosion;
○ Double-layer structure design, independently sealed electrical system, heat insulation and corrosion protection;

○Wireless control--Safe & Easy to operate
○ Built-in wifi communication module,device can be controlled and operated by mobile phone;
○ Temperature curve can be observe on cellphone displays during digestion process;
○ Digestion temperature and acid evaporation time can be edit and set via mobile APP;
○ Build-in expert procedures which can be invoked at any time, easy to use.

○Homogeneous Heating--synchronous evaporate acid
○  Support multi-level gradient heating, avoid sample bumping;
○  Static pressure graphite body, uniformly heating, ensuring the temperature difference between holes less than ±1.5ºC@200ºC;