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...cycle times and minimal material loss. The mold base is standard (P/N: FCI2735 609080) and adheres to the LKM standard. The mold size is [Length]: 320mm, [Width]: 350mm, [Height]: 326mm and it features 2 sli...
...W77C032 is a fast 8051 compatible microcontroller with a redesigned processor core without wasted clock and memory cycles. As a result, it executes every 8051 instruction faster than the original 8051 for th...
... to some FEM, DIN, IEC and other foreign standards, light weight, compact structure, stable operation.Modular design, short design cycle, high degree of generalization, and improve the utilization of parts. ...
...duty cycle modulationdemodulation technique. The signal is transmitted digitally across a 2-pF differential capacitive barrier. With digital modulation, the barrier characteristics do not affect signal integ...
...Eco X6 is a 6 bar strips full-cycle top lighting solution for commercial horticultural cultivation, with the ability from vegetative growth to reward. In order to obtain the best results. we recommend Eco X8...
... is first liquefied by the refrigeration produced by turbo-expander and then rectified for two times on the basis of the different boiling points between liquid oxygen and liquid nitrogen. As a result, oxyge...
... is first liquefied by the refrigeration produced by turbo-expander and then rectified for two times on the basis of the different boiling points between liquid oxygen and liquid nitrogen. As a result,...
... is first liquefied by the refrigeration produced by turbo-expander and then rectified for two times on the basis of the different boiling points between liquid oxygen and liquid nitrogen. As a result, oxyge...
... is first liquefied by the refrigeration produced by turbo-expander and then rectified for two times on the basis of the different boiling points between liquid oxygen and liquid nitrogen. As a result,...
... is first liquefied by the refrigeration produced by turbo-expander and then rectified for two times on the basis of the different boiling points between liquid oxygen and liquid nitrogen. As a result, oxyge...
... is first liquefied by the refrigeration produced by turbo-expander and then rectified for two times on the basis of the different boiling points between liquid oxygen and liquid nitrogen. As a result, oxyge...
... is first liquefied by the refrigeration produced by turbo-expander and then rectified for two times on the basis of the different boiling points between liquid oxygen and liquid nitrogen. As a result, oxyge...
... is first liquefied by the refrigeration produced by turbo-expander and then rectified for two times on the basis of the different boiling points between liquid oxygen and liquid nitrogen. As a result, oxyge...
...cycle to produce pure oxygen and nitrogen from air by cryogenic rectification. The feed air is first liquefied by the refrigerant produced by the turbo expander, and then undergoes two rectifications accordi...
... and efficiency. By incorporating precise runner design and optimized cooling systems, our molds achieve uniform temperature distribution and rapid cooling, resulting in a significant reduction in product de...
... injection molding, hot runner systems utilize heated components to maintain the molten state of the plastic material as it is injected into the mold cavity. This results in reduced cycle times, lower energy...
..., as the runner system can be reused for subsequent molding cycles, leading to cost savings and increased efficiency. Additionally, the use of a cold runner system enables better control over the molding pro...
...allowing the reuse of the runner system for subsequent molding cycles, leading to cost savings and enhanced efficiency. Moreover, the utilization of a cold runner system offers better control over the moldin...
... generator operates with a four-stroke engine, a well-known configuration for its efficiency and durability. The engine's four-stroke cycle ensures complete combustion, resulting in better fuel economy and l...
...power output. Traditional air source heat pumps use fixed-speed compressors, which operate at a constant speed, resulting in on-off cycling to meet the desired temperature. Inverter heat pumps, on the other ...