Characteristics and advantages

The advanced infrared heating method has efficient heating performance and good control performance

Imported filtration pump, high acid and alkali resistance, good stability, long service life

High precision acid-base washing and filtering device ensures non-destructive testing of samples

Three preheating routes for acid alkali distilled water can be controlled separately, while digestion heating can be controlled separately

All functions such as reagent preheating, addition, sample filtration, and backwashing are designed with electrical automation

Can process six samples simultaneously and set sample digestion time

Stable, fast, and safe fully automatic filtration backwash function effectively prevents sample blockage

5.7-inch high-resolution true color display screen, real-time display of experimental status, intelligent human-machine dialogue function

Professional core components

The Hanon F600 coarse fiber analyzer specially uses imported filtration pumps with high acid and alkali resistance and long service life, combined with high-precision acid and alkali washing and filtration devices, to achieve a new breakthrough in important internal units; The efficient infrared tube heating method greatly improves the perfect application of temperature control and thermal efficiency.

Efficient experimental assistant that transcends limits

The Hanon F600 coarse fiber analyzer can process six samples simultaneously, and the digestion time of the samples can be set arbitrarily; The three-way preheating of acid alkali distilled water can be controlled separately, which is more convenient than expected.

5.7-inch high-resolution true color display screen

The 5.7-inch high-resolution color LCD display system displays rich information such as the current working status, temperature, and time in real time. The high-efficiency infrared heating system includes two working modes that can be selected according to needs. Intelligent state locking function to prevent accidents caused by incorrect operation during instrument operation. Limit the maximum liquid addition time to prevent solution overflow caused by incorrect operation.