FESA CLOSED LIFT GEAR

Seaflex designed, developed and manufactured what we call the Fully Enclosed Variable Buoyancy System (FESA), which is ideal for operations involving lifting and towing elements. The FESA Seaflex balloon, originally designed for a Deep Sea Plow specific project, the FESA system is suitable for many other lifting and towing scenarios

SQUARE CLOSED LIFT GEAR MBU

MBUs are the most practical alternative for lifting solid bodies in many situations and are exceptional in towing scenarios. Since they can be simply lifted from a single point and easily picked up by the crane without the risk of tearing the belt.

INFLATE BUOYANCY SEAFLEX

Installation of tuyaux, câbles sous-marins, etc.  Tissu résistant. Système de double sangle. 250 kg to 35 T.Spécifications IMCA DO / 16, BS EN ISO 9001-2000 et certification de qualité Lloyds Register

IBU CLOSED LIFT GEAR

The standard arms of closed flotation balloons are designed to withstand static charges. Its advanced design and careful construction ensure a safe, rugged product that is universally accepted by marine contractors around the world.

AIR LIFT BAG OPEN

Refloating lightening vessels and structures. Utraresistente tissue. Guidance system for low visibility waters. 250 kg to 35 T. Specifications DO/16 IMCA, BS EN ISO 9001-2000 certification and Lloyds Register Quality.

HAMMERHEAD

Versatile and easy to use high performance survey sonar

PROBLENDER 1000 TRIMIX BLENDER

The solution to mix Nitrox, Trimix, Triox and Héliox while emptying B50. Allows to mix any Nitrox, Trimix, Triox and Héliox having a maximal rate of 40% of O2. The technic consists in making Nitrox, Trimix, Triox or Héliox before compressing it by the mean of the compressor. That is why we must not exceed 40% of O2.

PROBLENDER 1000 NITROX BLENDER

The best solution to blend Nitrox while emptying B50 safety. Allows to blend any Nitrox up to 40 % of O2. The technique consists in mixing the Nitrox before passing it through the compressor. It is for this reason that we can not exceed 40 % of O2.