In addition to cryogenic grinding, International Fine Chemistry (IFC) offers ambient grinding as a more basic type of grinding process. This method is particularly suitable for smaller quantities of plastic products.
To ensure customer satisfaction and meet specific requirements, IFC has implemented a comprehensive approach. Each client is required to fill out a detailed questionnaire that captures their specific needs, including product specifications, desired particle size, and any special considerations.
Once the questionnaire is submitted, IFC proceeds to process a test sample according to the provided specifications. The sample undergoes the ambient grinding process to achieve the desired particle size and consistency. This sample is then carefully packaged and sent back to the client for approval, allowing them to evaluate the quality and performance of the ground material.
IFC also offers additional services to meet their clients' specific needs. For instance, they provide color matching services, ensuring that the ground plastic material matches the desired color requirements accurately. This attention to detail helps clients maintain consistency and aesthetic appeal in their final products.
Furthermore, IFC takes responsibility for the packaging and shipping of the ground plastic material. The approved material is carefully boxed up, following appropriate packaging standards to ensure its protection during transit. The packaged material is then shipped to the next provider or destination as specified by the client.
By following this meticulous process of questionnaire-based requirements, sample processing, and approval, along with value-added services like color matching and efficient packaging and shipping, IFC aims to provide a comprehensive solution for their clients' plastic grinding needs.
To learn more about our innovative manufacturing processes, reach out to us directly through email or phone. By contacting us, you can access firsthand knowledge and expert guidance regarding their cutting-edge technologies and how they can benefit specific manufacturing needs.