Hangzhou Sutuan Machinery Co., Ltd.

Vertical plate machine:
1. Mechanical structure: a, the equipment is formed by high-strength rectangular pipe and steel plate welding, with good strength.
b, All templates are heat treated to reduce stress relief (the welding pressure will be released) to prevent deformation.
c, After heat treatment, all templates are sandblasted and rust removed, and the anti-rust primer and topcoat greatly improve the anti-corrosion performance and service life of the equipment.
d, Using 3 German electrical contacts, external safety valve to protect the equipment in multiple ways, the equipment will be subjected to hydrostatic test and steam test (multiple tests) to ensure that the equipment is absolutely stable and reliable.
2. Steam system: three-valve steam control system (saving 30% steam compared with single-valve control) and ISO standard clamp-on butterfly valve are adopted to greatly improve the stability and service life of the equipment.
3. Automatic control: a, using Mitsubishi PLC and Schneider touch screen control, easy to operate.
b, equipped with a material level sensor can automatically control the feeding, foam pressure sensor automatically control the cooling degree, to achieve equipment feeding, heating, cooling to the plate and other automatic operation.
4. Adopt vertical plate structure, relatively less floor space, good drainage, reduce the advantages of low moisture content of the plate.
Horizontal vacuum plate machine:
Key features
1. Mechanical structure: a, the equipment is formed by high-strength rectangular pipe and steel plate welding, with good strength.
b, All templates are heat treated to reduce stress relief (the welding pressure will be released) to prevent deformation.
c, After heat treatment, all templates are sandblasted and rust removed, and the anti-rust primer and topcoat greatly improve the anti-corrosion performance and service life of the equipment.
d, Using 3 German electrical contacts, external safety valve to protect the equipment in multiple ways, the equipment will be subjected to hydrostatic test and steam test (multiple tests) to ensure that the equipment is absolutely stable and reliable.
2. Steam system: three-valve steam control system (saving 20% steam compared with single-valve control) and ISO standard clamp-on butterfly valve are adopted to greatly improve the stability and service life of the equipment.
3. Automatic control: a, using Mitsubishi PLC and Schneider touch screen control, easy to operate.
b, equipped with a material level sensor can automatically control the feeding, foam pressure sensor automatically control the cooling degree, to achieve equipment feeding, heating, cooling to the plate and other automatic operation.