What are the different types of amalgam separator?
Amalgam, a compound that is usually used in dental fillings is often made of a mixture of silver, copper, tin or mercury. Generally suitable for tooth restoration, it may be dangerous to the environment, as incinerators in wastewater can release materials that can accumulate in groundwater and ocean. The amalgam separator usually allows dentists to remove these materials from the waste water before draining. Different types are available based on how they work. Centry, sedimentation and filter systems are common varieties, while others may also contain combined processing mechanisms.
Some systems use centrifugal strength or spinning movement to separate amalgam particles from water. Waste particles can then be discarded separately and the water is released into the sewage system with a low risk of contamination. The sedimentation amalgam separator usually works by slowing down the waste water. Suspended particles can settle down to the bottom when the flow of water is aboveIt promotes a solution.
The amalgam separator sometimes contains a filter for blocking particle flow. The course and fine particles are usually captured by the filter material and the water that goes through is usually without any types of potentially dangerous materials that can escape into the environment. To remove smaller particles and dissolved mercury, the amalgam separator can combine two different methods or sometimes more if necessary.
The cost and size of the dental device is often a problem because some offices have limited space. A small amalgam separator fits in a tight space; Some machines that are built in this way mounted on the floor or on the wall. There is also a portable version that can be used on clinics or medical facilities that occasionally perform dental procedures. Can be inserted into a repository, if not necessary, so the adequate thatThey regularly do other work, have the necessary space.
Depending on the type of amalgam separator, it can be connected to the pipeline of the vacuum system in the dentist. Systems with this configuration are often close to the dental chair, while the separation of amalgam can take place before the waste water reaches a vacuum pump. Some machines are installed on air and water separators. Waste particles collected by the AMALGAM separator can be removed daily or every few months, depending on the model and how much it uses it.