Brine corrosion control
LMH is designed for calcium chloride and sodium chloride systems, with an ongoing pH and corrosion-monitoring programme.
SOLUTION 04 / SYSTEM PROTECTION & MAINTENANCE
Protect the system you already have.
Not every improvement begins with a complete fluid change. Explore compatible inhibitor and additive programmes for existing brine, alcohol-water and circulating-water systems.
Discuss your applicationYOUR PROCESS, CONSIDERED
Different duties.
Distinct fluid requirements.
Alcohol-water treatment
LMZ additives provide a concentrated route for existing alcohol-water cooling media, subject to compatibility assessment.
Cooling-water treatment
LMT targets scale and corrosion in circulating cooling water. Match the programme to water quality and make-up water.
Fluid condition review
Begin with the existing fluid, system materials and operating history. Use results to inform a treatment or replacement discussion.
START WITH THE RIGHT QUESTIONS
A specification built
around your system.
These details help turn a product shortlist into a meaningful technical discussion.
- Current fluid identity and concentration
- Fluid volume and water quality
- Corrosion, fouling or leakage history
- Recent pH, conductivity and corrosion measurements
RELEVANT PRODUCT FAMILIES
Your starting points.
Explore these families, then confirm the exact model and operating conditions.
Additives
LMH
Brine corrosion inhibitor
System-specific programme
Film-forming corrosion-inhibitor packageExplore
Additives
LMT series
Circulating-water corrosion and scale control
System-specific programme
Corrosion and scale-inhibitor formulationExplore
Additives
LMZ series
Alcohol-coolant performance additives
Base-fluid dependent
Concentrated inorganic and/or organic additivesExplore
Heat transfer fluids
LM-8A
Inorganic salt secondary refrigerant
−40°C to +100°C (product list, April 2026)
Modified inorganic acid salt solutionExplore
The catalogue contains both combustible and non-combustible formulations. Several families recommended for this application are alcohol-based, so check the flash point, ventilation and any hazardous-area requirements on the model TDS before you specify.
Looking for a different configuration?Explore all relevant products
Fluid fundamentals
What flow rate does my loop need?
Sizing a loop needs the cooling load, the fluid's specific heat and the temperature rise you allow. See how they relate, and why fluid choice barely moves it.
Fluid fundamentals
Over-concentration in glycol loops: what the reference data shows
A worked analysis of concentration, freezing point and viscosity in a glycol loop, with the pumping-energy penalty of over-concentrating expressed as a range.
Electronics cooling
Water, not heat, is the Gulf data centre constraint
In the Gulf the binding constraint on cooling is water, not air temperature. See why the three water routes cost what they do, and where a closed loop fits.