WET LAID PAPER PLANT / MACHINES

Wet Laid Paper Plant / Machines is a specialized industrial plant designed to produce wet laid paper plant / machines. The process, however, different from common dryer-type paper drying methods, can, for example, be adapted to the manufacture of non-conventional special paper that require specific properties. Basic component of paper mill hydration incorporates wood fibers, water and certain ingredients mixed with the materials. This makes a dirty wet mixture thoroughly mixed.

The slurry is then transferred to a mesh conveyor/continuous film where moisture is drawn out of fibers, which start binding to create wet-paper mesh. Additionally, mechanical and other chemical washes are employed for cleaning the inner part of paper reinforces and reinforcements. It involves pressing, drying, and rounding the wet fiber into rolls or sheets for subsequent processing or conversion into multiple types of paper material The machinery used in making wet laid paper/machine also often needs specialized services. One good example is the need for high-quality paper filters for there mold

Kerone’s manufacturing of batter separators for the internal and external materials considering the precise sizes and heat distributions demanded.

1. Glass Fibre Paper Plant
2. Wet Laid Glass Fibre Paper Plant

KERONE has vast expertise in the development and production of wet laid paper plant/machines, or battery separator paper machines capable of catering to different applications relevant to the Plant. Based on the dimension of our clients, we create glass fiber battery separators paper as well as wet laid papers plant.

Features of Wet Laid Paper Plant / Machines

• Wet-Laid Process Expertise
• Precision Fiber Distribution
• State-of-the-Art Technology
• Environmental Sustainability
• Customization Capabilities
• Efficient Production Processes
• Quality Assurance Measures
• Skilled Workforce

Application of Wet Laid Paper Plant / Machines

• Filtration Industry
• Battery Separators
• Technical and Industrial Papers
• Printing and Packaging
• Hygiene Products
• Art and Specialty Papers

Advantages

• Uniform Fiber Distribution
• Versatility in Fiber Types
• Precise Control of Sheet Formation
• Energy Efficiency
• Reduced Environmental Impact
• Tailored for Specialty Papers
• Consistency in Quality