Product Description
The BK1.0 is an integrated BDD electro-oxidation experimental module with beaker — a core device for laboratory research and bench-scale tests of industrial wastewater treatment, pairing high-performance boron-doped diamond (BDD) electrodes with a 1000 ml borosilicate glass beaker ready for immediate use out of the box.
At a Glance
300 WRated power — DC 0–20 V / 0–10 A
1000 mlIntegrated borosilicate glass beaker
≤150 cm²Electrocatalytic area — 2-piece BDD anode
0.65 kgTotal weight — Φ110 × 165 mm
What Is the BK1.0?
The BK1.0 BDD boron-doped diamond electrochemical oxidation experimental module with beaker is an integrated core device specially developed for laboratory research and bench-scale tests of industrial wastewater treatment. It adopts high-performance BDD electrodes integrated with a 1000 ml borosilicate glass beaker, ready for immediate use out of the box. It provides a stable, accurate and visual experimental platform for mechanism research, process verification and parameter optimization of high-concentration and refractory organic wastewater.
Main Performance Parameters
Nameplate
| Rated Power |
300 W |
| Input Voltage |
DC 0–20 V |
| Input Current |
DC 0–10 A |
| Total Weight |
0.65 kg |
| Overall Dimension |
Φ110 × 165 mm |
Related Parameters of Power Supply (Options)
| Input Voltage (AC) |
AC220 V / AC110 V |
| Frequency |
50/60 Hz |
| Work Rate |
300 W |
| Output Voltage (DC) |
0–20 V |
| Output Current (DC) |
0–15 A |
| Power Factor |
≥90% |
BDD Electrode Module Parameters
Module
| Material |
Nylon + glass |
| Dimension |
Φ108 × 34 mm |
| Mounting Dimension |
95 × 75 × 21 mm |
Anode
| Material |
Si / BDD, Nb / BDD |
| Dimension |
100 × 50 × 3 mm |
| Quantity |
2 pieces |
| Electrocatalytic Area |
≤150 cm² |
| Anode Carrying Current Density |
0–55 mA/cm² |
Cathode
| Material |
Titanium |
| Dimension |
93 × 74 × 1 mm |
| Quantity |
3 pieces |
Product Advantages
1
Experimental Convenience
Reduce experiment preparation time and improve test efficiency.
2
Visualized Experiment
The color, bubbles and other changes during the reaction process can be observed intuitively, facilitating real-time monitoring and recording.
3
Beaker & Electrode Module Integrated
Integrated with a 1000 ml beaker, no additional reaction vessel is required — it can be used directly for experiments.
4
Easy to Clean
Equipped with multiple mild cleaning methods, it quickly removes dirt and scale for easy maintenance without damaging the BDD coating.
Key Components
- BDD electrode module with integrated beaker
- BDD electrode sheets — Si / BDD or Nb / BDD
- Titanium cathode
- Magnetic stirring bar
- Electrical wire (anode & cathode)
- Sampling port for real-time sampling
- Vent hole
Frequently Asked Questions
Q1What is the BK1.0?+
The BK1.0 is an integrated BDD electro-oxidation experimental module with beaker, developed for laboratory research and bench-scale tests of industrial wastewater treatment. It combines high-performance boron-doped diamond (BDD) electrodes with a 1000 ml borosilicate glass beaker, ready for immediate use out of the box.
Q2How much sample can I process at once?+
The integrated beaker holds 1000 ml, providing a stable, accurate and visual platform for mechanism research, process verification and parameter optimization of high-concentration and refractory organic wastewater.
Q3Which electrodes does it use?+
The module uses a 2-piece anode of Si/BDD or Nb/BDD — each plate 100 × 50 × 3 mm, with up to 150 cm² total electrocatalytic area and a 0–55 mA/cm² current density — paired with 3 titanium cathodes (93 × 74 × 1 mm).
Q4What are the power requirements?+
The module is rated at 300 W with a DC 0–20 V input and DC 0–10 A input current. The optional power supply accepts AC220 V / AC110 V at 50/60 Hz and delivers DC 0–20 V / 0–15 A output with a power factor of ≥90%.
Q5How do I clean and maintain it?+
The BK1.0 is equipped with multiple mild cleaning methods that quickly remove dirt and scale without damaging the BDD coating, keeping maintenance simple and protecting electrode life.
