Workable solid buoyancy material for deep sea and method for preparing same

Abstract

The invention provides a deep-sea machinability solid buoyancy material and its method for preparing, in which the said solid buoyancy material includes epoxide resin; flexibilizer; curing agent; accelerating agent; dispersing agent; deflocculating agent; hollow zeeosphere and coupling agent, and the hollow zeeosphere can be ceramic and / or glass zeeosphere; the hollow of the said hollow glass zeeosphere is filled with gases or vacuum; the weigh parts of the hollow zeeosphere are: 15-90; the weigh parts of the said epoxide resin are: 82-98. The method consists of adding each component into kneader, heating to 80-100 DEG C, agitating to be even; taking-up the even mixtures into the die to consolidate, then laying them into the curing press for heating and forcing, after solidified modeling, producing the needed solid buoyancy material according to the requirement. The buoyancy material can be sawed, dug, grinded, milled and adhibitted and the standard model can be produced to various shapes according to the drawing requirement to meet the application needs.

Description

technical field [0001] The invention relates to a solid buoyancy material suitable for providing buoyancy for deep-sea underwater exploration and manned submersibles and underwater devices for related purposes, and can be applied to underwater depths up to 5800 meters. The invention further relates to a method for the preparation of the solid buoyant material. In particular it relates to the machinability of the buoyant material. Background technique [0002] Solid buoyancy material is a composite material with low density, high strength and less water absorption. It provides sufficient net buoyancy for deep submersible drag bodies, deep submersibles and underwater robots, etc., solves the pressure resistance and structural stability of submersibles underwater, improves the payload of submersibles, and reduces their external dimensions, especially It plays an important role in large-depth submersibles and is an important part of the development of modern deep-diving techno...

AI Technical Summary

Problems solved by technology

The density of the material is less than 0.33g / cm 3 , the compressive strength reaches 5.5Mpa, the solid buoyancy material made by this chemical foaming method, although the density is small, but the compressive strength is low, it is mainly used between the water surface and 500 meters underwater

[0007] In order to meet domestic needs for solid buoyant materials used in deep sea, the inventor has undergone a large number of tests and prepared solid buoyant materials by using glass microsphere filling technology. After test verification and actual use, the material has machinability and can be applied to 5800 meters deep sea , there is no literature and patent reports in China so far