A single radial control with elastic return cuts lid unlocking effort and handling errors while a locking valve keeps the cooker secure.
A roughened tubular mandrel increases tow friction during winding, preventing slip and improving fibre alignment on complex FRP casings.
A roughened tubular mandrel increases tow friction during winding, reducing slip and improving fibre placement in complex FRP casings.
A tuned PA6 and long-chain polyamide blend balances low-temperature toughness with gas barrier performance for hydrogen tank liners.
A two-section pressure chamber replaces cumbersome tubular assembly, enabling easier interference joining and disassembly of composite cylinders.
Isostatic pressure expands a tube inside a two-section chamber to create uniform tangential stress and higher pressure containment without external supports.
Internal threads and locking lugs seal a high-pressure tank opening without counter-flange tightening, cutting bulk at the neck.
A polybutylene liner with a nested preheated insert enables hot water use in pressure vessels while improving bonding and manufacturability.
A nested polybutylene liner with a preheated insert and blow molding improves heat resistance, prevents cracking, and enables hot-water use.
An open C-section closure ring with a releasable tensioner distributes pressure loads to keep tank lids sealed and safer to open.
Pressure- and temperature-controlled pistons enable selective botanical extraction with high yields and lower solvent-to-feed ratios.
A metal-halide polyamide 6 blend raises melt tension and limits thickness deviation in extrusion-molded parts exposed to repeated high-pressure hydrogen.
A PA6 blend with impact modifier and metal halide raises melt tension and drawdown resistance for uniform hydrogen tank liners.
Programmable piston and porous-end control improves supercritical CO2 extract fractionation, raising cannabinoid purity and yield with less solvent.
An interrupted elastic clamping ring adapts to varying filler neck diameters and profiles, securing the filling device while enabling easy release.
An integrated support structure bonds into the blow-molded base body to improve strength, interface accuracy, and media-tight sealing.
Controlling continuous fiber orientation in EVOH sheet or tape preserves flexural strength while maintaining hydrogen barrier performance.