ZMV/8/76 |
GB/T24324-2009 |
ISO 5269 1/2 /3 |
TAPPI T-205 |
NBR 14380/99 |
DIN 54358 |
GB/T24324-2009 |
QB/T3703-1999 |
Applications
Pulp and paper laboratory slicing
It can be used for slicing and forming various pulp types such as wood pulp, bamboo pulp, cotton pulp, straw pulp, and waste paper pulp.
The weight range of 10g-3000g/2 for copying can be achieved.
• Equipped with: white water circulation, vacuum filtration, pneumatic and manual homogenization switching, automatic flushing, acid and alkali resistance, and other functions
Wet process sheet forming of carbon fiber and graphene series
This series of models is mainly used for wet forming of carbon family series, and its main application scope is as follows:
1. Wet forming of carbon fiber and its composite materials
2. Wet forming of carbon nanotubes and their composite materials
3. Wet forming of graphene and its composite materials
Wet process sheet forming of polymer chemical fibers
This model is specifically designed for wet sheet forming of polymer chemical fibers.
1. It can be used for wet forming of composite materials of aramid 1313, aramid 1414 and pulp, as well as wet forming of polymer fibers such as PPS fiber, PET fiber, PBO fiber, PE/PP fiber, PI fiber, etc.
2. The molding concentration is between 1% and 0 Wet forming can be achieved within the range of 00001% slurry concentration.
Wet process sheet forming of glass fiber series
This model is used for wet sheet forming of glass fiber.
Can be used for wet forming of glass fiber and quartz fiber, including:
1. Centrifugal glass wool fiber, flame glass wool fiber
2. Short cut glass fiber: Wet sheet forming can be achieved in the length range of 3-36mm.
3. It can also be used for wet forming of glass fiber, aerogel and other powder particle composites.
Ceramic fiber series wet sheet forming
This model is mainly used for wet forming of ceramic fibers
Ceramic fibers (mullite fibers, silicon carbide fibers such as aluminum silicate, alumina, zirconia, etc.)
Suitable for wet forming of the above types of ceramic fibers
Mineral fiber series wet sheet forming
The main application scope of this model for wet forming of mineral fibers is as follows:
1. Wet forming of basalt fiber and its composite materials
2. Wet forming of sepiolite fibers and their composite materials
3. Wet forming of asbestos fibers and their composite materials
4. Wet forming of fine coal slag fiber and its composite materials
Parameter
Application scope |
5~95SR or 50-885CSF |
Slurry pool capacity |
10000ml |
Molding specifications |
Round/Square 200/300/400/500/600mm (as needed) |
Molding method |
Fast dual mode switching between Kaise method and Tappi method |
Forming uniformity control |
0.235cm2/H, dot matrix design |
Layout of slurry pool |
The height between the slurry pool and the operating table is less than 60mm |
Molding size |
There are two specifications, circular and square, which are produced for various sizes |
Drying station |
Comes with 2 drying positions, 1 drying position, or no drying position, depending on the actual situation |
Machine material |
The whole machine is made of 304 # stainless steel material, except for the operation panel and some components |
Vacuum configuration |
The two modes of gravity vacuum and strong vacuum can be switched |
Homogenization method |
Automatic and manual homogenization integrated, selected according to the actual pulp type |
Water filtration structure |
Three layer water filtration structure, double layered mesh, mesh deformation control: TAPPI mode maximum spacing less than 0.2mm |
Network blockage prevention |
Equipped with on-site cleaning function for the mesh section at the workstation, there is no need to separately clean the formed mesh |
Vacuum method |
Water ring vacuum, 5-channel, PTFE high-temperature and high-pressure corrosion-resistant pipeline |
Dry vacuum degree |
-0.01-0.09Mpa infinitely variable |
Vacuum degree of filtration |
Full power hydraulic vacuum output, working vacuum varies within the range of -0.001~-0.06Mpa according to material characteristics |
Pressure structure |
Variable lifting range of 0.1-10.0mm |
Exhaust hole direction |
Steam convection |
Heating method |
Disc heating ensures lateral temperature uniformity and achieves 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 cycle |
Equipped with a white water circulation system |
White water pool structure |
304 # stainless steel white water circulation box. |
Power Supply |
220v,50Hz |
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