PTFE Powder is an additive that can be used in compounding, to promote superior properties including low friction, low adhesion, and flame-heat-chemical-weather resistance. Our PTFE’s can be compounded in plastics, inks, and oils, and are able to easily blend with high heat and high performance polymers such as PEK, PEEK, PEN, LCP, PES as well as general commodity and engineering type polymers such as PP/PE and ABS, PC and POM. Our PTFE powders performance is considered to be at the top of the industry, especially for high heat material compounding, in PEEK, PEN and LCP resins.
KT-Series High Molecular Weight
Feature
Manufacturer
Grade
Characteristics
Typical Uses
Data Sheets
Specifications
MSDS
KT-Series High Molecular Weight
Kitamura
KT-300M
Fine powder of completely sintered high molecular weight PTFE, with mean particle size of 40μm
High heat resistance, up to 450°C, for use in LCP, PEEK, PEN, PA, POM, PC, PP, PE, ABS, Epoxy, Phenol and others
KT-Series High Molecular Weight
Kitamura
KT-400M
Fine powder of completely sintered high molecular weight PTFE, with mean particle size of 33μm
High heat resistance, up to 450°C, for use in LCP, PEEK, PEN, PA, POM, PC, PP, PE, ABS, Epoxy, Phenol and others
KT-Series High Molecular Weight
Kitamura
KT-600M
Fine powder of completely sintered high molecular weight PTFE, with mean particle size of 14μm
High heat resistance, up to 450°C, for use in LCP, PEEK, PEN, PA and others
KTL-Series PTFE
Feature
Manufacturer
Grade
Characteristics
Typical Uses
Data Sheets
Specifications
MSDS
KTL-Series PTFE
Kitamura
KTL-450
Fine powder of completely sintered PTFE, with mean particle size of 19μm
High heat resistance, up to 410°C, for use in PPS, PI, PAI, PEI, PSU, PA, PC, Rubbers, Elastomers, and others
KTL-Series PTFE
Kitamura
KTL-620
Fine powder of completely sintered PTFE, with mean particle size of 11.5μm
High heat resistance, up to 410°C, for use in PPS, LCP, PI, PAI, PEI, PSU, PA, PC and others
KTL-Series PTFE
Kitamura
KTL-610
Fine powder of completely sintered PTFE, with mean particle size of 12.0μm
High heat resistance, up to 370°C, for use in PPS, PI, PAI, PEI, PSU, PA, PC and others
KT-Series Low Molecular Weight
Feature
Manufacturer
Grade
Characteristics
Typical Uses
Data Sheets
Specifications
MSDS
KTL-Series Low Molecular Weight
Kitamura
KTL-8N
Fine powder of completely sintered low molecular weight PTFE, with mean particle size of 4.3μm
Heat resistant up to 250°C, for use in PP, PE, PBT, ABS, Elastomers, Epoxy and others
KTL-Series Low Molecular Weight
Kitamura
KTL-4N
Fine powder of completely sintered low molecular weight PTFE, with mean particle size of 3.5μm
Heat resistant up to 250°C, for use in PP, PE, PBT, ABS, Elastomers, Epoxy and others
KTL-Series Low Molecular Weight
Kitamura
KTL-2N
Fine powder of completely sintered low molecular weight PTFE, with mean particle size of 3.0μm
Heat resistant up to 250°C, for use in PP, PE, PBT, ABS, Elastomers, Epoxy and others
Coagulated Powder PTFE
Feature
Manufacturer
Grade
Characteristics
Typical Uses
Data Sheets
Specifications
MSDS
Coagulated Powder PTFE
Kitamura
KTL-8F
Coagulated powder of unsintered low molecular weight PTFE, with mean particle size of 3.5μm
Heat resistant up to 250°C, for use in Thermoplastic Elastomers and others
Coagulated Powder PTFE
Kitamura
KTL-500F
Fine powder, dispersed close to the state where very fine particles have coagulated
Heat resistant up to 400°C, for use in Paints, Grease, Coatings, Thermoplastic Elastomers and others
*The data presented here are typical values only and may or may not be based upon actual measurements. Technical information contained herein is furnished without charge or obligation, and is given and accepted at recipient’s sole risk. Because conditions of use may vary and are beyond our control, we make no representation about, and is not responsible or liable for the accuracy or reliability of data, nor for the toxicological effects or Industrial Hygiene requirements associated with particular uses of any product described herein. Any properties listed are provided as information only and in no way modify, amend, enlarge, or create any specification or warranty.