SINOMICC Cement Bulker is also know as cement bulk trailers, bulk cement tankers & cement trailers & pneumatic trailer.
SINOMICC cement bulker is suitable for carrying bulk cement, coal ash, lime power, mineral power, flying ash and other power material with the partice diameter no more than 0.1mm.
SINOMICC Bulk Cement Trailer is main used in cement factories, cement warhouses and large construction sites. With SINOMICC bulk cement tanker it will not only reduce the loss rate of cement power material, but also improve the loading and unloading efficiency.
It is the best method to transport cement as bulkers are air tight. so it prevent the cement to get expose to the environment.
Bulk Cement Trailer Bulk Cement Trailer,Bulk Cement Tank Trailer,Cement Tank Semi Trailer,Bulk Cement Semi Trailer SINOMICC INTERNATIONAL , https://www.rockstartyre.com
Bruntons' new pitch propeller debuts
A new type of controllable pitch propeller system developed by Bruntons Propeller (Products Purchasing and Supply) Co., Ltd. was recently unveiled for the first time.
     Bruntons said that the company has spent years developing such a controlled pitch propeller and related equipment, which will solve many problems that have arisen since its inception. In addition to manual control, the new propeller will also be equipped with a fully automated control system (purchased from the product library), enabling ship operators to switch between maximum power and maximum fuel efficiency. The propeller system can be equipped with a traditional controller or a highly advanced computer monitoring (purchasing supply) system for multiple performance modes.
     It is understood that in the future, the system can also control the propeller on a hybrid or purely electric powered ship, which not only optimizes the propulsion efficiency, but also optimizes the power supply such as the battery (purchasing supply). At present, the system can directly support the maximum 2000 hp engine of any ship type (purchasing the product library), and is still improving the design, hoping to handle greater output power.