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Models DM20 and DM5 - for 20 lt or 5 gal adhesive tanks
HIP-MITSU drum melters model DM 20 and DM 5 enable the use of hot melt adhesives, also reactive PUR and UV curable, butyls and sealants from 20 liter and 5 gallon drums.
They are equipped with high precision gear pumps and guarantee maximum precision in all conditions of use, both continuous and intermittent. The standardized and integrated design enables an easy use and a quick and simple interface with the main line.
Adhesive packaging: 20 liters and 5 gallons (depending from the model) Applications: both continuous and intermittent Pump’s capacity control and setting: electronic Standard gear pumps available: from 1 up to 66 cc/rev Adhesive type: hot melt; reactive PUR and UV curable Alternative products: butyls Working temperatures: up to 240°C Filters after pumps: available.
Interchangeable pumps with different capacity: all HIP-MITSU drum melters can be equipped with different capacity pumps, which can be interchanged in a few minutes, thus increasing the pump rate also after first installation.
Easy replaceable cartridge resistances: easy replaceable cartridge resistances vertically installed on the melting plate. In case of resistance breaking, no substitution of the whole melting plate is required.
Possibility to install high melting rate plate, also after first installation: they can be equipped with a high melting rate plate, anytime during the life cycle of the system.
Filters installed before each hose: installation of net filters before each hose is available also at a later date.
By-pass for intermittent applications: MITSU drum melters are equipped with by-pass installed after the pump, enabling intermittent adhesive applications.
Increase of applied tubes for adhesive application after first installation: thanks to HIP-MITSU modular design, all machines can be reconfigured with additional adhesive output distribution hoses, even after first installation or at a later time. Also in this case the motherboard has standard prearrangements for additional temperature channels.
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