Product Description
Polyurethane Foam Machine is used widely in constructional and manufacturing firms. It is quiet reliable and for PU Foaming application such as Rigid PU foaming application as well as Flexible PU foaming application. It has the capacity to produce different kinds of PU foam ranging from 5kg/m3to 90kg/m3 density. It further can produce regular foam and also high-resilience foam. More varieties of foams produced are super soft foam and memory foam. The machine is comforted with PIC and HMI control system which is fast as well as easy digital wheel panel. The digital flow monitor and also auto-control system along with the dual mode serves the max foam and liquid lay down foam.
KEY POINTS
- Product is incorporated with rising side top flat device and also a s fall plate height adjustment and measure is provided.
- Main feature that adds to the demand of the product is side conveyor and fall plate width adjustment.
- The speed can be synchronized with the help of the control system.
- There is an automatic material temperature constant system accompanied by digital pressure gage.
Specification
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Condition
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New
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Model
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FM300
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Output
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Upto 350 kg Per minute
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Space Required
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50 m x 6 m
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Power Required
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90 kW
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Power Supply
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410v Ac 50hz
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Effortless and Consistent Foam ProductionThe automatic operation of this Polyurethane Foam Machine ensures reliable performance with minimal manual intervention. Its efficient design supports consistent quality in every batch, making it an excellent choice for high-volume manufacturing environments seeking to maintain stringent quality standards.
Durable Construction and User-Friendly DesignBuilt with robust metal and finished in grey, this polyurethane foam machine offers durability that withstands rigorous industrial use. Its user-friendly interface, despite being non-computerized, allows for straightforward operationmaking it suitable for both seasoned technicians and new users alike.
Versatile Exporter and Supplier SolutionServing as both an exporter and a supplier, this machine meets global and domestic industry demands. Its adaptability makes it a preferred choice among Indian manufacturers, ensuring efficient foam production compatible with diverse requirements and meeting international compliance.
FAQs of Polyurethane Foam Machine:
Q: How does the automatic polyurethane foam machine function during operation?
A: The machine operates automatically once set up, requiring operators only for initial setup and routine monitoring. Its built-in system manages foam production and polishing, minimizing manual intervention and ensuring uniformity across products.
Q: What materials are compatible with this polyurethane foam machine?
A: This machine is specifically designed to handle polyurethane foam materials, making it suitable for various applications in cushioning, insulation, and packaging industries.
Q: When is it ideal to use this type of foam machine in manufacturing?
A: It is best employed during large-scale manufacturing processes where fast, consistent, and high-quality foam production is crucial for business performance and efficiency.
Q: Where can this machine be implemented most effectively?
A: This machine is best suited for industrial environments, such as factories or foam production facilities, where it can support bulk output and meet stringent quality requirements.
Q: What is the process for operating this automatic machine?
A: To operate, operators connect the machine to a 410V AC (50Hz) power source, set the necessary parameters manually, and initiate the automatic cycle. The machine then handles the foam formation and polishing autonomously.
Q: How does this machine benefit foam manufacturers and exporters?
A: It enhances productivity by automating foam production, significantly reducing labor costs and time. Its reliability and ease of use also ensure higher product consistency, which is vital for exporters and manufacturers.
Q: Can this machine be used without computerization, and what are the advantages?
A: Yes, this machine is non-computerized, relying on mechanical and electrical systems for control. This simplifies maintenance, decreases potential technical issues, and allows users with various skill levels to operate it efficiently.
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