DURACOOL 12A REFRIGERANT - 5.4 KGS net Cylinder

Duracool 12A Refrigerant - 5.4 KGS net Cylinder (Reference: DC0001) represents the future of ecological refrigeration. This natural hydrocarbon-based refrigerant gas constitutes a high-performance and environmentally friendly alternative to traditional refrigerants. Certified for professional use, it meets the strictest standards for safety and energy efficiency.

Applications and benefits of Duracool 12A

The Duracool 12A is specifically designed for professionals in automotive air conditioning, commercial and industrial refrigeration. It ideally replaces R12, R134a and 1234yf gases in all types of refrigeration circuits without major modifications to existing installations.

This refrigerant is perfectly suited for garage specialists in automotive air conditioning, refrigeration technicians, commercial refrigeration system installers and industrial users seeking to reduce their carbon footprint. Its versatility makes it a preferred choice for converting old installations to more ecological solutions, while maintaining optimal performance.

Technical characteristics and innovations

The GWP (Global Warming Potential) coefficient of Duracool 12A is between 3.0 and 3.15, an exceptionally low value compared to conventional refrigerants. This remarkable environmental performance is accompanied by a total absence of effect on the ozone layer and minimal impact on the greenhouse effect.

The major innovation lies in the larger molecular structure of Duracool 12A. This characteristic allows a 30 to 40% reduction in the gas charge required compared to original refrigerants. Each 5.4 kg cylinder thus equals 14.58 kg of HFC-R134a, 16.2 kg of CFC-R12 or 10.8 kg of HFO 1234yf. This superior efficiency translates into substantial savings on supply costs and simplified logistics.

The universal compatibility with mineral and synthetic oils eliminates drainage constraints during conversion, greatly facilitating maintenance and retrofit operations. Lower operating pressures reduce mechanical stress on compressors and extend installation lifespan.

Implementation and usage procedures

Installation of Duracool 12A requires compliance with specific protocols related to its hydrocarbon nature. Before any handling, it is necessary to completely purge the old refrigerant and check circuit tightness. The initial charge must be reduced by 30 to 40% compared to the original charge, then adjusted progressively according to observed performance.

Use of a leak detector specific to hydrocarbons is recommended to ensure intervention safety. Storage areas must be ventilated and away from any ignition source. Cylinder transport must comply with ADR regulations applicable to flammable gases.

For maintenance, periodic leak checks are of crucial importance. Monitoring operating pressures allows performance optimization while preserving safety. Maintenance operations must be entrusted to certified and trained personnel in hydrocarbon refrigerant specificities.

Expert advice and performance optimization

To maximize the benefits of Duracool 12A, it is essential to precisely calibrate the refrigerant charge. Overdosing can compromise energy efficiency, while underdosing limits refrigeration performance. Using a precision electronic scale facilitates this critical operation.

Combination with suitable air conditioning accessories amplifies efficiency gains. Electronic leak detectors, specialized manifolds and high-performance vacuum pumps constitute profitable investments for professionals. Progressive adoption of Duracool 12A allows customer loyalty sensitive to environmental issues while reducing operational costs.

Energy savings of up to 40% translate into significant reduction in electrical consumption of compressors. This performance is particularly advantageous in commercial and industrial applications where energy costs represent an important budget item. Planning conversions during preventive maintenance periods optimizes intervention profitability.

Technical specifications