332 Industrial Ave, Truro, NS 902-896-0041

MUNSCH Pumps

Non-Metallic chemical pumps engineered for hazardous, abrasive, and highly corrosive applications.

Corrosive Process Fluid Solutions Built for Maximum Plant Uptime

Flowstar is your Canadian resource for MUNSCH Pumps, offering mechanical seal and seal-less magnetic drive technologies that eliminate chemical leakage and unplanned downtime. Industrial facilities, chemical processors, and municipal water plants across Newfoundland and Labrador, New Brunswick, and Nova Scotia rely on Munsch’s heavy-duty polymer construction for uncompromised safety and long-term reliability in the toughest process environments.

Corrosion
Resistance

Thermoplastic construction helps solve corrosion challenges common with metallic pumps.

Technology
Choice

Mechanical seal and seal-less magnetic drive options allow the pump to match the risk profile.

Lifecycle
Focus

Clean-out and maintenance features support faster inspection and reduced downtime.

Engineered
Selection

Material, seal type, hydraulic selection, and temperature limits all matter in chemical service.

NPC+ Standardized Chemical Pump

The NPC+ is MUNSCH’s primary mechanical seal chemical process pump for corrosive and abrasive applications where serviceability, efficiency, and robust thermoplastic construction are required.

  • Proven mechanical seal technology
  • Strong field serviceability
  • Well suited for many solids-bearing and corrosive fluids
  • Available in multiple thermoplastic materials
  • ISO-style standardized process pump concept

Resources

CM+ Standardized Chemical Pump

The CM+ eliminates the dynamic mechanical seal entirely through magnetic drive technology, providing enhanced containment for hazardous, aggressive, or environmentally sensitive fluids.

  • No dynamic mechanical seal
  • Designed for leak prevention and containment
  • Reduced emissions risk
  • Strong option for hazardous chemical service
  • Thermoplastic construction for corrosive applications

Resources

Consideration NPC+ Mechanical Seal CM+ Seal-less Mag Drive
Primary advantage Serviceability and flexibility Leak prevention and containment
Dynamic seal Yes No
Maintenance Seal maintenance required Reduced seal-related maintenance
Hazardous chemicals Good to excellent Excellent
Solids-bearing fluids Often a strong fit Application dependent
Environmental containment Very good Excellent

Material Selection Matters

Chemical compatibility is often the first step in a successful pump selection.

PP

General chemical service and many common corrosive fluids.

PE-UHMW

Abrasive and corrosive services where wear resistance matters.

PVDF

Higher temperature and more aggressive chemical applications.

PTFE / PFA

Aggressive chemical services requiring premium resistance.

Typical Chemical Services

Final selection depends on concentration, temperature, solids content, and operating conditions.

Sulfuric Acid

Material review required by concentration and temperature.

Hydrochloric Acid

Common corrosive service requiring proper thermoplastic selection.

Sodium Hypochlorite

Often requires careful material and seal technology review.

Ferric Chloride

Highly corrosive; check material compatibility before use.

Process Chemicals

Flowstar can assist with application specific review.

Scrubber Liquids

Often corrosive and solids-bearing; selection depends on service.

Plating Solutions

Common in metal finishing and surface treatment systems.

Caustic Soda

Material choice depends on temperature and concentration.

Not sure which pump technology or material is right?

Flowstar can assist with chemical compatibility, material selection, mechanical seal vs seal-less selection, hydraulic sizing, and replacement pump review.

Have some Questions?

Speak with a Flowstar Pump Expert

Flowstar has developed an extensive product offering through partnerships with industry leading municipal and industrial process manufacturers. With extensive experience in the industry, count on us to meet your needs while improving your facility’s operation and efficiency.