Caprari submersible electric pumps are ATEX (Explosive Atmospheres) certified and meet the stringent requirements of Directive 2014/34/EU for explosive atmospheres Designed to prevent ignition of flammable gases, vapours, or dust, each unit undergoes exhaustive testing – both of product design and internal quality systems to ensure full compliance.
Exclusive Motor Protection Technology
A global first: Caprari keeps a conductivity/dispersion probe submerged in the oil chamber of all ATEX-rated pumps. This patented feature detects seal failures before dangerous fluid ingress, safeguarding the motor even in demanding environments.
Decades of Expertise, Globally Delivered
With over 80 years of relentless innovation, Caprari combines sustainability, efficiency, and reliability. Our product line spans submersible pumps with a comprehensive range of impellers to suit your fluid transfer requirements effectively, serving more than 60 countries – backed by ISO9001 and ISO14001 accredited Quality Centres, four dedicated testing rooms, CTF (Customer Testing Facility) EU accredited and managed by a specialised Team.
Safety, Reliability & Performance
- Prevention & Protection: Dual mechanical seals and temperature sensors integrated with control systems guarantee explosion-proof safety.
- Reliability: Class-H motors insulation and T4 temperature rating provide ultra-efficient cooling and longevity.
- Global Testing & Quality Assurance: Every pump progresses through structured stages: design, prototype, testing, certification, production, and aftercare – watched over by expert teams in four labs and the CTF.
Why Caprari Is Your Strategic Advantage
As one of the world’s largest independent pump manufacturers, Caprari stands at the forefront of pump engineering. We deliver total-cycle excellence – from innovative ATEX-rated motors to on-site support in over 70 countries
Elevate Your Projects with Responsible Innovation
Choose Caprari for pump systems that prioritize innovation and sustainability without compromising safety – even in the most hazardous settings.
