Organic formate salts and specialty fluids for HPHT clear brines, non-chloride concrete acceleration, secondary refrigeration and industrial chemical processing.
Formate salts and potassium-formate heat-transfer fluid are presented separately for faster product selection.
Concentrated liquid and crystalline formate salts for oilfield, construction and industrial-processing applications.
Solids-free aqueous solution for HPHT drilling, completion and workover fluids, with an additional published use in airfield de-icing.
Technical-grade crystalline powder used for cement setting modification & early-strength development in precast concrete & tile adhesives.
Dihydrate salt granules positioned for catalyst synthesis, flue-gas desulfurisation, chemical drying & specialty de-icing.
An inhibited potassium-formate fluid developed for closed-loop secondary refrigeration and industrial cooling systems.
Each family is presented independently so its role, benefits and selection criteria remain clear.
Concentrated and crystalline salts selected for density, acceleration and chemical-processing functions.
Potassium Formate 75% provides approximately 1.57 g/cm³ density without suspended solids.
Calcium Formate supports cement hydration without introducing chloride ions.
Potassium Formate brine is described as stable above 250°C for HPHT service.
Magnesium Formate is positioned for catalyst, drying and gas-scrubbing uses.
An inhibited potassium-formate fluid designed for closed-loop heat transfer under low-temperature conditions.
Published operating capability extends down to −50°C.
Positioned with high specific heat and thermal conductivity.
Supports circulation and pumping efficiency in sub-zero systems.
The potassium-formate base is supplied as an inhibited fluid for cooling loops.
Formate salts address demanding density, setting and low-temperature heat-transfer requirements.
Potassium Formate 75% clear brine supports borehole pressure control, shale stabilisation and completion or workover operations.
Calcium Formate supports initial setting and early strength in tile adhesives, repair mortars, precast concrete and winter construction.
Potassium Formate HTF serves as a low-viscosity secondary refrigerant for brewery chillers, food freezing, ice rinks and industrial cooling.
The product data is divided by family to prevent confusion between commercial salts and formulated thermal fluid.
Products supplied as concentrated solution, crystalline powder or granules.
| Product | Chemical Base | Physical Form | Primary Function | Target Application |
|---|---|---|---|---|
| Potassium Formate 75% | CHKO₂ | Clear heavy liquid | High-density clear brine; 1.57 g/cm³ | HPHT drilling, completion, workover and runway de-icing |
| Calcium Formate | Ca(HCOO)₂ | White crystalline powder | Non-chloride early-strength accelerator and setting modifier | Precast concrete, tile adhesives and leather tanning |
| Magnesium Formate | Mg(HCOO)₂ · 2H₂O | White crystalline granules | Catalyst precursor, desiccant and gas-scrubbing salt | Chemical synthesis, flue-gas treatment and catalysts |
A formulated, inhibited liquid for secondary refrigeration and cooling loops.
| Product | Fluid Base | Physical Form | Published Operating Range | Target Application |
|---|---|---|---|---|
| Potassium Formate HTF | Inhibited potassium formate blend | Low-viscosity liquid | −50°C to +120°C | Industrial refrigeration, food processing and HVAC chillers |
Designed for circulation in sub-zero secondary cooling systems.
Positioned with high specific heat and thermal conductivity.
Suitable for industrial chiller and process-cooling circuits.
Formulated potassium-formate base for system protection.
Typical and indicative values should be confirmed against the current product TDS, SDS and certificate of analysis before use.
The source page positions formate technologies for improved plant efficiency and reduced environmental or corrosion concerns in selected systems.
Potassium Formate HTF is positioned as a low-viscosity alternative to ethylene- and propylene-glycol fluids in industrial cooling loops.
Calcium Formate acceleration and formate-based fluids avoid adding chloride ions associated with corrosion risks in reinforced concrete and metallic equipment.
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