Cable float SBM-35

foam-filled

The subsea solid buoyancy material (syntactic foam) is a solid compound obtained by filling an organic polymer material with an inorganic light-weight filler material through a physical and chemical reaction. The deep-sea buoyancy material is a low-density, high-strength porous structure material. It is a counterweight material for underwater operation equipment. The subsea buoyancy module is a polymer-based solid material with low density, high strength, and low water absorption. It has the characteristics of low density (0.35～0.7g/cm3), low water absorption ( ≤2%), high mechanical strength (compressive strength 1～100MPa), corrosion resistance, and secondary mechanical processing. The solid buoyancy modules can meet the requirements of different underwater applications. An underwater system made of high-performance solid buoyancy materials. Not only can it dive to greater depths, increase the payload, and reduce energy consumption. And it can maintain a stable working condition underwater. Deep-sea solid buoyancy materials are an indispensable part of deep diving technology in the 21st century. Material Advantages Low Density The density (0.08~0.7g/cm3) is much lower than the density of water. It povides the greatest possible buoyancy per unit volume. Low Water Absorption Water absorption rate is not more than 3%. It provides stable buoyancy under large waer pressure. High Mechanical Strength The compressive strength is 1~100Mpa. The pressure resistance is excellent. It can withstand the full range of hydrostatic pressure. Corrosion Resistance It is resistant to deep sea water corrosion and has good weather resistance. Excellent machinning performance.