Pelvic Floor Exerciser

Rubber bumpers are widely used in various applications. They are defined as devices used to absorb shock between two objects. The most common application of bumpers is in vehicles and vehicles yards. A bumper is made of Natural rubber and synthetic rubber blended with reinforcement materials. These bumpers are widely used because they are susceptible to damage from small contacts. They are considered to be elastomeric hardware devices that are used for edge protection, cushioning, and impact absorption. Bumper dimensions are varied in length, width and height Bumpers have a specific engineering design to absorb heavy load and it is released without damage also bumper should have elastic properties as well as the required hardness. Easy mounting with nut and bolt for application. Bumpers are protected from weather, ozone, UV and oxygen conditions and we can design customer requirements. Size :L-200x80x80mm Materials : SBR & NR Hardness : 60-65Shore Advantages They provide protection to surfaces and allow spacing and ventilation. The vibration in equipment is controlled by using a bumper. The rubber bumper also offers sliding resistance. These bumpers absorb and deliver momentum during collisions, which reduces the effect of collision. They protect the surfaces from scratches and skidding. The main advantage of rubber and plastic bumpers is that they can be manufactured in the desired colors. Applications They are used to provide protection for safety-related equipment like taillights, headlamps, and parking lights in low-speed collisions. Bumpers offer reduced sound qualities for cabinets and vanity doors. To use installation heavy machine. Heavy-duty rubber dock bumpers are used for both vehicle and loading dock applications. Material -Natural Rubber/Synthetic rubber Properties- Shock absorbing, Vibration Isolation, damping, UV Protection Application-Heavy trucks, container trailers, machinery, dock yards, container yards, unloading ramps Rubber bumper is thick article

Hydrogen fuel cell backup/emergency power source hydrogen refueling System The Hydrogen refueling system manufactured by Beijing CEI Technology Co., Ltd. (short for â??BJ CEIâ?�) are configured with PEM electrolyzers which can delivery hydrogen with purity up to 99.999%.This system will generate hydrogen on site and the product hydrogen will then be compressed to 15-35 Mpa for storage. The system can refuel the fuel cell with power of 5KW, 30KW, 60KW, 100kW, etc. The system has quick response, high integration, small dimension and it runs fully automatically. In the application of hydrogen as an energy storage medium for fuel cell backup power supply, BJ CEIâ??s hydrogen refueling system generates hydrogen when there is electricity (from grid or from wind farm, PV) and will generate electricity immediately when external power supply fails. The hydrogenation unit of BEIJING CEI supporting fuel cell can provide a strong guarantee for field base station, temporary power supply, remote mountain regions power supply, and island power supply, military armament drills, etc., and has opened up the role and value of fuel cells in more areas. BJ CEIâ??s hydrogen refueling system together with fuel cells can provide a very strong temporary power supply proposal for field base station, temporary power supply, undeveloped mountain regions, isolated islands, military exercises. This proposal enables more fuel cell applications in more areas. If solar energy or wind energy is used to generate and store hydrogen, this proposal can provide power supply for partial area or one building. Product Functions Possible use frequency and required power should be taken into consideration for the fuel cellâ??s application as backup power supply. Storage pressureï¼?15Mpa/35Mpa Storage volumeï¼?3.5L, 9L, 12L, 20L, 40L Hydrogen purityï¼?99.999% Hydrogen production capacityï¼?3Lmin-1Nm3/H Product advantages 1.The system is of unattended design. It will refuel hydrogen and compress hydrogen automatically. 2.The system size is small and its floor space does not exceed 2m2. 3.The design satisfies industrial requirements and is fit for all industry applications. 4.The system structure is simple and maintenance is very limited. Applications The system can be used in fuel cell backup power supply applications for areas such as communication base stations, unmanned aerial vehicles, unmanned islands, and remote mountainous regions.