Product & Solution

Durable AHUs engineered
for offshore and ship
applications.

Air handling units

Marine Application

BENDIG M-PTP Air Handing Units (AHU) are flexible and individually designed for Marine / Offshore HVAC system and supplied certain amount of fresh air and mixed with the return air, cooling down or heating up treatment and distribute to the cabins/ rooms at the desired temperature

M-PTP has a wide range of standard AHU with airflow capacity from 2,000 m³/hr to 30,000m³/hr and also designs customised units with all the components used based on our customer’s requirements including Ex-Proof features and components or specific size to meet space constraint. The units are built according to the specifications, delivered with all necessary accessories and minimize installation work onboard.

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Extensive Product Range
BENDIG™ marine AHU offers a wide selection of energy efficient marine heating and cooling solutions that include Chilled water, packaged air-cooled, Energy recovery and beyond any requirement complying with all relevant marine certification requirements.

​Durability
Anti-corrosion treatment is provided for installation in harsh environmental conditions.

Customized Solutions

BENDIG™ marine AHU application offers total customization of standard systems to meet specific customer needs for marine air conditioning and marine Climate control technology. Spare parts are available for the entire range of BENDIG marine application to ensure prompt service.

All SUS316L casing and casing components, available for oil-rig condition and high explosive area.

SUS304 and or 316L Eliminator Guarantee C6 corrosivity, class according to EN12944 – 2SUS316L Drip Eliminator

Explosion proof Electric Heater

Explosion proof lamp For eliminate risk ofexplosion, all possiblespark equipment shallbe minimize risk ofexplosive.

ATEX Certified Fan canbe optional

Recommended Coil Coatings

Heresite Coating

Designed to deliver maximum protection against severe corrosive elements, thereby securing the long-term integrity of the heat exchanger and ensuring sustained operational efficiency throughout its extended service life.