CPI Marine - U.S. manufactured boat collars, foam collars, air collars, Berry Amendment compliant
Company Description:
cpi marine manufactures commercial and heavy duty sponsons, collars and fendering systems for ribs/rhibs and hard sided boats. we make both inflatable tubes and air-backed foam collars. the collars can be custom fitted for new boats or may be retrofitted to existing craft.
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Cryogenic deformation strengthening mechanisms in FeMnSiNiAl high . . . Our findings provide a foundational understanding of the cryogenic deformation and strengthening mechanisms of Co-free FeMnSiNiAl HEA, underscoring the design and development of TRIP-assisted single-phase FCC HEAs for cryogenic applications
Synthesis and properties of cryogenic phase change material . . . This study bridges the volatility defects of cryogenic phase change materials and strengthens the durability of MEPCMs in terms of both core-wall and wall materials, which provides an important basis for the utilization of cold energy in cryogenic systems such as LNG, liquid hydrogen, and liquid air
Multi-objective optimization of cryogenic propellant zero boil-off . . . To prolong the duration and improve the storage state of cryogenic propellants, a cryogenic propellant zero-boil-off enabling system model that combines VD-MLI and an active cooling circulation loop powered by a cryocooler was established, and an optimization method was proposed
Cryogenic and room-temperature mechanical behavior of Al The limited cryogenic yield strength of CoCrFeNiMn high-entropy alloy (HEA) restricts its widespread application In this investigation, microalloying and laser powder bed fusion (LPBF) is employed to fabricate an Al 0 3 CoCrFeNiMn HEA exhibiting exceptional cryogenic mechanical properties
A database of metallic materials emissivities and absorptivities for . . . The database presents a unique and comprehensive source of information about the thermal radiative properties of different materials in a wide range of cryogenic temperatures We expect to extend its actual version with the results focused on some new materials or surface treatments in the future
Cryogenic performance of a novel design of all-composite propellant . . . Typical propellants such as hydrogen, oxygen, and methane must be cooled to cryogenic temperatures, −253 °C, −183 °C, and −162 °C, respectively, to exist as liquids This is why cryogenic propellant tanks have been used in launch vehicles
Cryogenics | Journal | ScienceDirect. com by Elsevier The 31st Space Cryogenics Workshop was held in Incline Village, NV, USA in May 2025 The Space Cryogenics Workshop is a biannual conference that focuses on applications of cryogenics and cryogenic technology as applied to space Topics include …