Semi-automatic copying machine

Tappi method for forming square paper sheetsCopying deviceIt is a device that uses the rapid Kaiser or Tappi forming method to wet form plant fibers, animal fibers, inorganic fibers, chemical fibers, synthetic fibers, etc. into paper or sheet materials. It can also be quickly dried by combining with atmospheric pressure and high temperature drying, or vacuum and high temperature drying and other drying methods.

Research institutions and enterprise R&D units usually use this equipment for traditional pulp and paper sheet forming, wet sheet forming of inorganic fibers such as carbon fiber, glass fiber, ceramic fiber, etc., wet sheet forming of polymer chemical fibers such as aramid fiber, PET fiber, PBO fiber, PPS fiber, etc., and wet sheet forming of nanomaterials such as nanocellulose fiber, microcrystalline cellulose fiber, graphene, carbon nanotube fiber, etc.

After using a paper forming machine to make various sheet-like samples of materials in the laboratory, these samples can be used for more accurate data analysis of various wet processes, wet process formulations, product physical properties, product optoelectronic properties, chemical properties, and more.

Faibo Pulp and Paper Technology Development (Guangdong) Co., Ltd. is one of the few companies in China that specializes in fiber wet process application technology

• Technical parameters of the copying machine

  　

  
  

• Application range: 5-95SR or 50-885CSF

• Slurry pool capacity: 12000ml

• Molding specification: Square 330MM

• Molding method: Switching between high filtration mode and low filtration mode

• Molding uniformity control: 0.235cm2/H, dot matrix type

• Layout of slurry pool: The height between the slurry pool and the operating table is less than 60mm

• Molding size: Square corresponds to various sizes and is produced accordingly

• Drying station: with 2 drying positions, with 1 drying position, or without a drying position, depending on the actual situation

• Machine material: The entire machine is made of 304 # stainless steel, except for the operation panel and some components

• Vacuum configuration: gravity vacuum and strong vacuum modes can be switched

• Homogenization method: automatic and manual homogenization integrated, selected according to the actual slurry type

• Water filtration structure: three-layer water filtration structure, double layered mesh, mesh deformation control: TAPPI mode spacing less than 0.2mm

• Mesh blocking prevention: equipped with on-site mesh cleaning function at the workstation, no need to separately clean the formed mesh

• Vacuum method: Water ring vacuum, 5-channel, PTFE high-temperature and high-pressure corrosion-resistant pipeline.

• Drying vacuum degree: -0.01-0.09Mpa infinitely variable

• Vacuum filtration degree: Full power hydraulic vacuum output, working vacuum varies within the range of -0.001~-0.06Mpa according to material characteristics

• Pressure structure: adjustable lifting range of 0.1-10.0mm

• Exhaust hole direction: steam convection

• Heating method: Disc heating to ensure uniform temperature distribution in the transverse direction and achieve uniform heating.

• Drying temperature: room temperature~120 ° C infinitely adjustable

• Temperature Control System: Imported Omron Temperature Control System

• Drying time: 1~99.99 minutes adjustable

• Vacuum sealing film cover: pure silicone film cover

• Tap water circulation: One click tap water circulation system

• White water circulation: equipped with a white water circulation system

• White water tank structure: 304 # stainless steel white water circulation box.

• Power supply: 220V, 50Hz

  
  

Standard basis:

GB/T24324-2009 、QB/T3703-1999、SO 5269/2 & ISO 5269/3， 5269/2, NBR 14380/99、 TAPPI T-205, DIN 54358,ZMV/8/76