Wholesale Inductive Conductivity Sensor for Hospital

Product Overview

- Wholesale inductive (electrodeless) conductivity sensor, model DDG-0.01(0.1,1.0), designed for online measurement of conductivity in ultra‑pure and treated waters. Built to international material standards for stable, high‑quality performance; offered by BOQU Instrument (Shanghai).

Product Features

- Electrode constants available: 0.01, 0.1, 1.0 (selectable for low to high conductivity ranges).

- Measuring ranges: 0–20 µS/cm, 0–200 µS/cm, 0–2000 µS/cm.

- Robust double‑cylinder structure using titanium alloy (or SS316L option) with chemical passivation; conductive surface resistant to most liquids (except hydrofluoric acid).

- K=10 or K=30 versions use large‑area platinum structure for strong acid/alkali resistance and high anti‑fouling capacity.

- Multiple temperature compensation options (NTC 2.252K, 2K, 10K, 20K, 30K, Pt100, Pt1000, etc.).

- Mechanical specs: working pressure 0.6 MPa; connections 1/2" NPT or 3/4" NPT.

Product Value

- Reliable, stable online monitoring of conductivity in critical water systems (including ultra‑pure water) to protect processes and ensure water quality.

- Corrosion‑ and fouling‑resistant construction reduces maintenance frequency and extends service life.

- Wide dynamic range and selectable electrode constants allow use across very low to relatively high conductivity applications with good accuracy.

- Customizable temperature compensation improves measurement accuracy across operating conditions.

Product Advantages

- Industrial‑grade materials (titanium alloy or SS316L) and passivated surfaces for enhanced chemical resistance and durability.

- Electrodeless inductive design and platinum electrode options reduce electrode poisoning and improve long‑term stability in challenging fluids.

- Multiple configuration options (electrode constant, temperature sensor type, connection) to fit specific process requirements.

- Manufactured and supported by a specialized water‑quality instrumentation company (BOQU) focused on cost‑effective service and consistent performance.

Application Scenarios

- Hospital water systems requiring precise conductivity control: ultrapure water production for laboratories, dialysis water monitoring, sterile solution preparation, and autoclave/sterilizer feed systems.

- Industrial online monitoring: power plants, water treatment plants, sewage treatment, seawater purification, and food industry process water.

- Any process or laboratory needing continuous, low‑maintenance conductivity measurement across low to moderate conductivity ranges.