Products

Ultraflon MP-8T is a granular-based PTFE powder additive, and characterized by its narrow particle size distribution and particle uniformity. It possesses an average particle size of 3 microns. Because of Laurel's unique thermal treatment process, it exhibits superior thermal stability. As a result, off-gassing is mitigated and compatibility with various polymer matrices is optimized. Laurel's exacting manufacturing process ensures that the molecular weight of MP- 8T is extremely precise, resulting in unsurpassed consistency in performance.

Marzon 110 is a premium, loosely agglomerated PTFE additive. Marzon 110 offers a uniquely spherical primary particle morphology. The product is designed to be friable, which means it breaks down to its primary particle size under low shear. The mean primary particle size is 250 nanometers, while the secondary particle size is 500 microns on average.

Ultraflon MP-55 is a coagulated dispersion-based PTFE powder additive, characterized by comparatively lower molecular weight. It possesses an agglomerated particle size of 4 microns, but breaks down to its primary particle size of 300 nanometers upon shearing. This allows MP- 55 to exhibit an extremely high surface area after processing, impacting viscosities. Moreover, the primary particles are engineered to be spherical, which makes MP-55 particularly well suited as an additive for lubricants.

Ultraflon MP-10 is a granular-based PTFE additive, and characterized by its proven versatility in a broad spectrum of applications. It possesses an average particle size of 10 microns. Because of Laurel's unique thermal treatment process, it exhibits best-in-class thermal stability. As a result, off-gassing is mitigated and compatibility with various polymer matrices is optimized. Laurel's exacting manufacturing process ensures that the molecular weight of MP-10 is extremely precise. resulting in unsurpassed consistency in performance.

Ultraflon MP-25 is a coagulated dispersion-based PTFE powder additive, characterized by comparatively high molecular weight. It possesses an agglomerated particle size of 4 microns, but breaks down to its primary particle size of 300 nanometers upon shearing. This allows MP- 25 to exhibit an extremely high surface area after processing, impacting viscosities. Moreover, the primary particles are engineered to be spherical, which makes MP-25 particularly well suited as an additive for lubricants

Marzon X-55 utilizes Laurel's proprietary thermal particle polishing processing technique. This results in a remarkably uniform particle with uniquely high powder bulk density. As a result, the flow and handling characteristics of Marzon X-55 surpass those of other standard PTFE micropowders. Because of its high particle density, in many cases greater efficacy can be achieved at lower mass loadings when compared to standard additives

Ultraflon DF-20 are premium PTFE dispersions based on an ultra-high purity Isopropyl Alcohol (IPA) carrier. The solids content of DF-20 is 25%. The primary particles of PTFE have a nanometric particle size, and are engineered to have a spherical morphology. The dispersion has an exacting, narrow particle size distribution, which translates into consistent, uniform properties. DF-20 is not made with the PFOA surfactant.

Ultraflon MP-30 is a granular-based PTFE powder additive, and is characterized by its proven versatility in a broad spectrum of applications. It an average particle size of 5 microns, and is exhibits a very narrow spread about the mean. As a result, it demonstrates unparalleled uniformity and repeatability in performance. Laurel's exacting manufacturing process ensures that the molecular weight of MP-30 is extremely resulting in unsurpassed consistency in performance.

Ultraflon DF-20A are premium PTFE dispersions based on an ultra-high purity Isopropyl Alcohol (IPA) carrier. The solids content of DF-20A is 25%. This colloidal dispersion contains a proprietary additive to improve adhesion to substrates such as glass, plastic, and metal. The primary particles of PTFE have a nanometric particle size, and are engineered to have a spherical The has an exacting, narrow particle size distribution, which translates into consistent, uniform DF-20A is not made with the PFOA surfactant. The resulting film formation from DF-20A may be considered due to the proprietary adhesion-promoting chemistry.