Hot plate 180mm(H)x 600mm(W)x2620mm(L), ductile casting one piece, the surface is ground and chrome plated. It has the characteristics of long working life, not easy to deform, low friction coefficient and better heat conduction.
A、Hot plates: 180mm(H)x600mm(W)x2620mm(L)Spheroidal graphite casting formed in one time. surface by grinding and chrome plating. With long lifetime, not easy to deform, low friction coefficient and better heat conduction.
B、Hot plate steam piping with 4 sections temperature auto-adjustment.
C、Automatic run controller for both upper and lower beltswith imported air spring, more sensitive.
D、Cotton belt lifting with hydraulic and electric contro operation.Automatic mode can set different height and flute combination.
E、Subsection regulating pressure shoes system,independent control of lifting and lowering. According to the speed and working width, automatically adjust shoe quantity.
F、Dense weight rolls of cooling unit ensure perfect forming quality.Surface plating treatment, air pressure adjustment control.
G、"MUHLEN SOHN" Cotton belt.
H、Large engraved drive roll stand p920mm for upper and lower. Covered with herringbone wearable rubber more durable and lifetime.
I、The driving gear box adopts high-precision gear with 132KW AC drive system. The upper and lower belt can be equipped with independent AC drive(upper 90kW and lower 55KW)to ensure synchronization, avoid belt wear and skidding.
J、Independent transmission gear box for convenient maintenance.
The board forming section-cooling section HE-D18 is usually a key component in a board production line, especially during the board forming and curing process. The main purpose of the cooling section HE-D18 is to reduce the temperature of the paperboard and fix its shape to ensure that the paperboard maintains a stable size and performance during subsequent handling or packaging.
The following are some of the possible features and functions of the board forming section-cooling section HE-D18:
Cooling method: The HE-D18 may use air cooling, water cooling or a combination of cooling methods. Air cooling usually involves blowing cold air directly to the cardboard through a high-speed fan, while water cooling may involve circulating cold water below or above the cardboard to reduce the temperature.
Temperature control: The cooling part is usually equipped with a temperature control system, which can accurately control the cooling speed and temperature to ensure that the cardboard will not be deformed or cracked due to excessive cooling during the cooling process.
Cardboard transfer: The HE-D18 may include a cardboard transfer system to smoothly transfer the cardboard from the forming part to the cooling part, and transfer it to the next processing stage after cooling.
Dimensional stability: By cooling, the moisture in the cardboard will evaporate, causing the cardboard to shrink. The design of the cooling section should ensure that the cardboard shrinks evenly during the cooling process to maintain its dimensional stability.
Environmental protection and energy efficiency: Modern cooling systems usually take environmental and energy efficiency considerations into account. For example, the use of energy-saving fans and motors, and the recovery and reuse of cooling water.
Maintenance and cleaning: The cooling department should be easy to maintain and clean to ensure its long-term stable operation. This includes easy-to-replace parts, removable panels, and easy-to-clean surfaces.
Automation and integration: The HE-D18 may be highly integrated with other cardboard production line equipment (such as molding machines, cutting machines, etc.) and realize automatic control to improve production efficiency and reduce labor costs.
Please note that specific designs and features may vary depending on manufacturer and user requirements. Therefore, before purchasing or using, be sure to check the technical specifications and instructions provided by the manufacturer.
