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Plastic Toilet Damper WW20H2S

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Toilet Hinge Kit WW20H2S

Model: WW20H2S

Product Name: Plastic Damper

Torque: 1.0—3.0N • m

Openning Angle: 115°

Closing Angle: -5°

Performance* 115't。75'fast, 75*to0*slowly

Material: Shaft:POM, House:PBT+GF

Plastic Toilet Damper WW20H2S - 西安彼邻实业有限公司

The characteristics of toilet hinge replacement:

1.Toilet toilet damper is a kind of unidirectional rotary damper which can rotate 360 degrees.  The damping force produced by the sealing oil in the damper on its power.  Normally, such dampers need to be fixed to a rotating shaft and rotated in one direction to make it rotate.  Cylinder shock absorber torque is small, suitable for precision parts.  

2.The damper made of damping is a very important component in hardware fittings, but how does it work?  Dampers were first applied in aerospace, military and other industries, and their main role is shock absorption efficiency. Later, they were slowly applied to construction, furniture and hardware industries.  Dampers appear in various forms, such as pulsating dampers, magnetorheological dampers, rotary dampers, hydraulic dampers, etc. Different dampers may have different forms, but their principles are the same, they are all for reducing vibration, converting friction into internal energy, and driving the operation of the whole system.  

Damping generally refers to the obstruction of the relative motion of the object, and the generated motion friction energy effectively converted into the need for heat energy or other dissipative energy.  

3.The damping technology of resistance structure is mainly used in some special parts of the structure:  Support, connecting seam or fittings, floor space, between adjacent buildings, shear wall, between nodes, the main structure, etc., to set up the damping device, friction by damping device, bending, torsion, shear, viscosity hysteresis deformation, the elastic-plastic deformation hysteresis, viscoelastic hysteresis deformation to absorb shock input structure of energy,  In order to reduce the seismic response of the main structure, so as to effectively avoid the destruction or collapse of the structure, to achieve the purpose of damping control.  

The damping components in the damping damping structure are basically in an elastic state, mainly to the main structure can provide a good enough stiffness or damping, so that the damping damping structure can effectively meet the requirements required in normal use.  

Under the effect of different vibration, the damping device is to be able to take the lead in entering the work status of energy dissipation, effectively generate large damping, the input structure of a large number of energy dissipation, the dynamic responses of the structure of the rapid attenuation, and for the main structure is not be very obvious inelastic deformation,  This further ensures the safety of the structure in the use of strong earthquakes or strong winds.  

When the solid vibrates, the energy generated by the solid vibrates is dissipated by the damping layer as much as possible.