Today, hot runner technology allows injection molding of very complex and large body parts in the automobile supply industry. The industry often uses glass fiber reinforced polyamide components made of PA6 and PA12 to obtain satisfactory properties, such as lightness, stability, and durability. The market for these products is growing tremendously. This growth is mainly due to the increasing demand for the glass fiber reinforced polymer because of its special properties.
Thermally remove glass fiber reinforced polyamide
Glass fiber reinforced polyamide, however, presents a great challenge in all hot runner systems: Contamination and blockages are often predestined, and, unfortunately, machine downtimes are top priority. “Something that can be avoided”, emphasizes Virgilio Perez Guembe, Sales Manager of SCHWING Technologies. His company specializes in thermal cleaning and offers a fast, residue-free and reliable solution for large hot runner systems. “Our user-friendly pyrolysis system, MAXICLEAN, also cleans overmolded hot runner distributors with complicated geometries and glass fiber components reliably, safely and gently, without leaving any polymer residues, carbon remnants or inorganic contaminants.” Some of the unmatched advantages for manufacturers in the automotive industry include the ability to clean inside pores and the significantly prolonged service life of the equipment. Cleaning is flexible, safe, effective, and environmentally friendly.
MAXICLEAN pyrolysis system for large hot runner systems
Cleaning of the often very complex hot runner distributors is usually a great challenge for many users of injection molding plants. “With the very long, internal flow channels in particular, manual cleaning proves impossible,” explains Perez Guembe, pointing out that even the use of cleaning granules usually yields poor results. The expert, therefore, recommends thermal cleaning for large hot runner systems: In a single process step that lasts four to eight hours, MAXICLEAN completely removes all polymer residues without impacting the tools mechanically or thermally, Perez Guembe confirms. “The precisely controllable cleaning process takes place in an external gas-heated cleaning chamber with special hot air routing for optimal distribution of the temperature. The automatic process control monitors the development of low temperature carbonization gases and ensures short cleaning times. Inorganic residues are removed using an appropriate posttreatment method.” MAXICLEAN works without waste water and has a separate afterburner, which completely burns the carbonization gases above 800 °C and discharges them via the chimney. The MAXICLEAN system from SCHWING comes with a loading trolley, an exhaust chimney and, if desired, a hydrolysis unit for cleaning the filter.
Hot runner cleaning as a service
SCHWING also offers hot runner cleaning services at its premises in Lower Rhine Neukirchen-Vluyn for the automotive industry and its suppliers. “Just in time, we offer complete cleaning of over-sprayed hot runner distributors, including pick-up and return transport, within a radius of around 300 kilometers”, adds Virgilio Perez Guembe. This benefits many renowned automobile manufacturers and global market leaders dealing in, for example, car body parts or modules. SCHWING cleans hot runners within a very short time, which allows the production of front-end modules, composite parts, bumpers, tailgates, cockpit modules, accelerator pedals, etc. to continue without prolonged downtimes.
Further Information: www.thermal-cleaning.com/en/cleaning-systems-and-accessories/pyrolysis-furnaces.html
Press contact:
Nicola Leffelsend
SCHWING Technologies GmbH
Oderstraße 7
47506 Neukirchen-Vluyn
M +49 173 9774780
T +49 2845 930 146
redaktion @ schwing-tech.com
www.schwing-technologies.de