Systèmes de granulation sous l’eau pour l’industrie des matières plastiques
Gala et Automatik – deux grandes marques de systèmes de granulation sous l’eau, de sécheurs centrifuges et de solutions de processus pour l’industrie plastique – proposent depuis 2015 des solutions communes sous la marque ombrelle MAAG.
La qualité élevée des produits et les détails bien conçus des granulateurs sous l’eau et des sécheurs centrifuges pour la production et la transformation de polymères garantissent le retour sur investissement exigé par les clients. Chaque composant, pièce de rechange et contrôleur de processus est fabriqué par des employés expérimentés dans le respect des normes de qualité sans compromis qui font de MAAG l’incarnation de la fiabilité dans la granulation des polymères.
Les solutions de haute qualité pour la granulation sous l’eau des matières plastiques comprennent également des réseaux d’alimentation en eau contrôlés par la température, des réseaux d’eau de traitement, des systèmes de contrôle, ainsi que divers équipements supplémentaires, notamment des interrupteurs de démarrage, des filtres à bande passante, des filtres cintrés, des outils de meulage pour plaques filière, des lames, des têtes de couteaux, des revêtements antiadhésifs, une chambre de coupe, la tuyauterie de dérivation, des raccords rapides, etc.
PEARLO®
The PEARLO® underwater pelletizer has been designed to process a wide range of polymers and thermoplastics. PEARLO® works perfectly with our process water system PURO® and pellet dryer CYCLO® and produces first-class spherical pellets. This extremely efficient and flexible system is applied in the production of raw materials, compounds, masterbatches, engineering plastics, organic and wood… [...]
PEARLOFLEX SYSTEM®
The PEARLOFLEX SYSTEM® for underwater pelletizing has been specifically designed to process polymers and thermoplastics and produces first-class spherical pellets. This extremely efficient and flexible underwater pelletizing system is applied in the production of compounds, masterbatches, engineeringg plastics, recyclate, organic and wood polymer composites, thermoplastic elastomers, and more. [...]
SPHERO®
The SPHERO® underwater pelletizing system has been particularly designed to process thermoplastics and produces spherical pellets. This most flexible system for underwater cutting is applied in the production of raw materials, compounds, masterbatches, engineering plastics, recyclate, organic and wood polymer composites, thermoplastics elastomers, microgranulate, hot-melt adhesives, and more. [...]
MAP
The Manually Adjustable Pelletizer (MAP), a underwater pelletizing application, features a manual adjusting wheel to position the blades against the die plate. This simple blade adjustment design of the underwater pelletizer provides visual blade wear indication and maximum control of blade position. The unique design of the axial advance system replaces the need for a… [...]
EAC
The EAC pelletizer for underwater pelletizing offers fully automated control of blade adjustment, positioning, and monitoring, resulting in maximum blade and die face life. Monitoring and adjustment processes are programmed in the Gala PLC controlled system. An optional integrated blade position measuring system for unterwater pelletizer is available, providing indication of blade position and warning… [...]
LPU® Laboratory Pelletizing System
Gala’s LPU® Laboratory Underwater Pelletizing System is specifically designed for laboratory developmental work, market sampling, and light pellet production on materials such as PE, PP, ABS, PA 6, PA 6.6, PET, PBT, PPO, and more. The system is designed for pelletizing rates up to 100 kg/h (20–220 lbs/hr), depending on the material for underwater pelletizing… [...]
SLC
The Spring Loaded Cutter (SLC) is a cost efficient solution for underwater pelletizing basic polymers at lower rates. The SLC pelletizer uses constant spring pressure to adjust the cutter blades to the die plate, reducing the need for operator attention and underwater cutting. The cutter hub is connected to the motor shaft through a telescoping… [...]
SPHERO® PFS
The pelletizing system, thanks to its enclosed design, is ideal for pelletizing carrier/agent combinations in hot-melt extrusion processes and was developed specifically for the manufacture of pharmaceutical products. [...]
Pelletizing Systems for Glass Fiber Compounds
In the past, glass fiber compounds were usually produced by strand pelletizing. Recently, however, there has been a clear trend toward underwater pelleting. Wear resistance and optimized machine concepts have shown that high throughput rates and low wear costs are possible for glass fiber compounds from underwater pelletizing systems. [...]