Pre-calibrated, high-temperature electrodes engineered for immediate deployment across Irish processing units.
Ireland has established itself as Europe's premier life sciences and biopharmaceutical hub, creating rigorous demands for analytical process control.
Over 85 biopharma facilities operate across Cork, Dublin, Sligo, and Waterford. With intense batch fermentation, cell cultures, and active pharmaceutical ingredient (API) synthesis, continuous SIP (Sterilization-in-Place) and CIP cycles up to 130°C demand pH sensors that do not suffer reference poisoning or electrolyte depletion.
Ireland's agri-food sector processes billions of liters of milk and globally renowned beverages annually. Pasteurized processing streams, whey fractionation, and brewery clean-down processes operate under high thermal stress requiring food-grade, FDA-compliant pH & ORP electrodes.
The Environmental Protection Agency (EPA Ireland) enforces strict Industrial Emissions Licensing (IED). Thermal effluent discharged from power generation, municipal incineration, and chemical plants requires rugged ORP/pH verification before release into waterways.
Indicative B2B volumetric pricing for engineering contractors, procurement directors, and distributor networks.
| Model / Category | Operating Range | Connector & Electrolyte | Certifications | MOQ (Wholesale) | Indicative Unit Price (EUR) |
|---|---|---|---|---|---|
| pH5806 Series (Fermentation Spec) | 0–14 pH, 0–130°C (up to 6 bar) | PG13.5 / S8, Polymer Gel with Ag/AgCl double junction | CE, ISO 9001, FDA Compliant | 10 pcs | €85 – €145 |
| Industrial High-Temp pH Sensor (With PT100/1000) | 0–14 pH, 0–130°C (up to 4 bar) | Fixed Cable / VarioPin, Pressurized Gel | CE, RoHS, SGS | 10 pcs | €95 – €160 |
| High-Temp Redox/ORP Sensor | ±2000 mV, 0–120°C (up to 6 bar) | Solid Platinum Ring / S8 or VP | CE, ISO 14001 | 10 pcs | €90 – €150 |
| IoT Modbus Digital Sensor Unit | 0–14 pH, -1000 to +1000 mV, 0–100°C | RS485 Modbus RTU, Built-in DSP transmitter | CE, FCC | 5 pcs | €180 – €260 |
*Note: Final CIF Dublin/Shannon pricing depends on delivery volumes, housing metallurgy (Titanium / 316L Stainless), and customized cable lengths. Contact our engineering desk for OEM frame agreements.
Combining world-class production automation with ISO-certified quality assurance to give Irish engineering clients decisive cost and technical advantages.
Annual Sensor Output
Dual Production Facilities
Aging & Thermal Pre-Test
Global Export Markets
Electrode glass impedance is critical in high-temperature media. Our specialized micro-furnaces ensure consistent bulb thickness, exceptional mechanical shear resistance, and rapid sub-second ionic exchange responses even after repeated autoclaving cycles.
Conventional liquid electrolyte sensors suffer rapid dilution and junction clogging at elevated temperatures. Our pressurized, heat-resistant polymer gel with dual ceramic diaphragms stops process back-diffusion dead in its tracks.
From customized insertion lengths (120mm, 225mm, 325mm, 425mm) to bespoke firmware calibration curves in RS485 Modbus registers, we produce bespoke white-label electrochemistry for European sensor brands.
Where laboratory precision meets severe industrial stress across the Republic of Ireland.
Challenge: Repeated batch steam sterilizations at 121–130°C cause drift, membrane degradation, and junction fouling in standard electrodes.
Solution: The pH5806 series features specialized high-alkali-resistant glass and pressurized reference chambers, guaranteeing zero drift across 50+ SIP cycles.
Challenge: Rapid transitions from 85°C 2% NaOH caustic solutions to ambient water rinses and hot nitric acid sanitization shock sensor membranes.
Solution: Thermal-shock-resistant glass formulations maintain structural integrity and return to calibration equilibrium in under 15 seconds.
Challenge: Heavy metal precipitation and fluctuating hot wastewater streams quickly coat junctions, causing sluggish loop control.
Solution: Non-clogging annular PTFE diaphragms and high-temperature reference paths minimize maintenance and eliminate unplanned plant shutdowns.
Detailed technical answers for instrumentation engineers, validation managers, and procurement officers.
Standard pH sensors degrade above 60°C due to increased internal electrolyte pressure, reference junction poisoning, and accelerated glass dissolution. A high-temperature sensor uses specialized low-resistance glass formulations, pre-pressurized solid polymer gel electrolytes, and Ag/AgCl reference cartridges designed to withstand steam pressures up to 6 bar at 130°C without drifting.
Standard high-temperature pH/ORP units are held in inventory for dispatch within 48 hours. Air freight to Dublin Airport (DUB) or Shannon Airport (SNN) typically arrives within 4–7 business days via DHL/FedEx, with full customs documentation, CE certificates of conformity, and factory batch calibration reports included.
Yes. Our sensors utilize standard industrial connection heads including S8, VP (VarioPin), and PG13.5 process threads. They can interface with existing industrial transmitters using Pt100/Pt1000 temperature compensation, or output Modbus RTU directly to local Siemens or Allen-Bradley PLCs.
We provide full material compliance sheets, USP Class VI compliance certificates for wetted polymers, 3.1 material traceability certificates for stainless steel bodies, and individual sensor calibration curve data sheets required for pharmaceutical audit trails.
Explore our complete factory lineup for batch fermentation, industrial synthesis, and extreme thermal conditions.
Whether you require a single evaluation electrode or complete containerized OEM shipments with private labeling, our analytical instrumentation team is ready to assist.
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