Offering continuous improvements and value stream mapping, we guarantee our PTFE products to be of the highest quality. We offer innovative technology features such as advanced blending techniques, superior sourcing and flow properties, impurity removal and tighter control of particle size and distribution to name a few.
All of these features provide our customers with a wide array of product benefits which include, but are not limited to, minimized performance variation, shorter sintering cycles, increased wear resistance, as well as electrical conductivity and heat transfer capabilities. We are confident that our superior, ISO compliant PTFE products provide our customers with many production advantages such as increased productivity and increased machine tool life cycles.
Each lot of a finished compound receives a certificate of analysis for your reference and approval. The certificate of analysis includes the specific gravity, tensile strength, elongation, shrink, bulk density, as well as other values that may be important to you and your specific application. We will also retain a sample of material from each lot of material we produce for a minimum of one year. The retained sample will enable additional testing of your material to be performed in the future if required.
We understand and recognize the importance of quality to our customers. Flontech USA is proud to have achieved the ISO 9001:2008 certification. This important milestone is a companywide initiative to achieve total quality management and reflects Flontech USA’s commitment to delivering consistent, high-quality products, processes, and service to its customers.
We encourage you to contact Flontech USA today and find out why we continue to be the leaders in PTFE compounding technology and quality PTFE compound production.
All of these features provide our customers with a wide array of product benefits which include, but are not limited to, minimized performance variation, shorter sintering cycles, increased wear resistance, as well as electrical conductivity and heat transfer capabilities. We are confident that our superior, ISO compliant PTFE products provide our customers with many production advantages such as increased productivity and increased machine tool life cycles.
Each lot of a finished compound receives a certificate of analysis for your reference and approval. The certificate of analysis includes the specific gravity, tensile strength, elongation, shrink, bulk density, as well as other values that may be important to you and your specific application. We will also retain a sample of material from each lot of material we produce for a minimum of one year. The retained sample will enable additional testing of your material to be performed in the future if required.
We understand and recognize the importance of quality to our customers. Flontech USA is proud to have achieved the ISO 9001:2008 certification. This important milestone is a companywide initiative to achieve total quality management and reflects Flontech USA’s commitment to delivering consistent, high-quality products, processes, and service to its customers.
We encourage you to contact Flontech USA today and find out why we continue to be the leaders in PTFE compounding technology and quality PTFE compound production.
Unit of Measure
Capabilities
General Capabilities |
N/A Continuous Improvements Value Stream Mapping |
Features |
N/A Advanced Blending Techniques Control of Particle Size - Tightly Controller with Laser Verification Finer Fillers Finer PTFE Improved Hoogenicity Removal Of Impurities Superior Flow Properties Superior Sourcing Uniform Filler Distribution |
Benefits |
N/A Absorb Small Amounts of Moisture Higher physical Properties Improved Surface Finishes Increased Compressive Strength Increased Electrical Conductivity Increased Engineering Properties Increased Hardness Increased Heat Transfer Increased machine tool life cycles Increased Production Rates Increased Productivity Increased productivity in most operations Increased Wear Resistance Less Time to Perform and Sinter Lower Deformation or Creep Lower Perform Pressures Lower Preform Pressures/Lower Compression Ratio Lower Thermal Expansion Minimized Performance Variation Shorter Sintering Cycles |
