KLINGER India offers sealing and fluid control solutions for wastewater treatment systems, cement, and construction.
For general plant services that process non-potable water, steam, and various forms of waste products, compressed non-asbestos fibre (CNAF) gasket material is a good choice because of its good sealing characteristics, ease of cutting and relatively low cost.
The transport of materials in a cement plant faces key challenges in terms of the lifetime of the equipment. Challenges include abrasion, higher temperatures, high pressures.
KLINGER’s products that are well proven for process plant operation in very hot and abrasive conditions.
The goal of wastewater treatment is to create a treated sludge that can be disposed of or reused and a treated effluent that is safe for the environment.Wastewater treatment makes it possible to get clean water, which is a crucial component of effective water management. The fluid’s velocity and pressure are managed by wastewater valves, which are part of the piping systems.
In a cement plant, between the slurry mill and the kiln feed, different grades of slurries for different cement mixtures are controlled by outlets from the slurry tanks.Gaskets and seals must withstand severe industrial conditions, such as corrosive media and high rotational speeds. Our product range has just the right solution for each stage of the process.
The KLINGER expert Gasket Selection Tool gives valuable support for selecting the correct seal and tightening definitions.
High quality seals and correct selection will guarantee high productivity and a safe working environment with optimal life cycle cost benefits.
From our wide range of product portfolio, you can find the optimum valve for waste water, slurries, that can withstand high pressures. In the infrastructure and construction industry, safety and equipment reliability are crucial. Fire Safe standards as well as fugitive emission standards need to be considered when selecting suitable products.
Please fill the following form to download.