A guide on dispersing UV printing inks and pigment pastes using water-cooled three roll mills: controlling shear heat to prevent pre-polymerization while reaching sub-5-micron fineness.
A complete standard operating procedure (SOP) for three roll mill roller gap adjustment, leveling parallelism, and dial gauge zeroing to prevent dry friction and uneven wear.
A practical guide comparing ceramic (ZrO2, SiC) and alloy steel rollers for three roll mills: how to match roller metallurgy to paste abrasiveness, corrosion, and purity.
A technical guide to three roll mill working principles: how differential roller speeds (typically 1:3:9) and progressive nip gaps deagglomerate high-viscosity pastes.
SMIDA vacuum planetary centrifugal mixers for semiconductor encapsulants: blade-free mixing with 0.2 kPa vacuum degassing of underfill and epoxy adhesives.
SMIDA dental impression mixing machine: fast chairside and lab mixing of base and catalyst with optional 0.2 kPa vacuum degassing for precise, bubble-free impressions.
SMIDA nail gel and pigment dispersion mixer: blade-free centrifugal mixing breaks pigment agglomerates down to micron-level fineness with 0.2 kPa vacuum degassing for true, stable color.
SMIDA cosmetic cream mixing and degassing machine: blade-free centrifugal dispersion and 0.2 kPa vacuum degassing for silky, translucent creams without powdery grit or bubbles.
Why lab recipes fail in production: force field, flow pattern and parameters change with equipment. SMIDA's same-principle mixers scale from 1 g lab to 100 kg+.
SMIDA planetary centrifugal mixer homogenizes and degasses solder paste in minutes: re-suspends tin powder, removes bubbles that cause voids, from 150 g lab to 100 kg+.
SMIDA planetary centrifugal mixer disperses carbon nanotubes: agglomerates break apart while tube length stays intact, with vacuum degassing from 1 g to 100 kg+.
A thermal paste and gel mixing and degassing machine keeps high-filler thermal compounds uniform and bubble-free. Learn the four problems of high-solid-content mixing and the four-step process that keeps thermal resistance low.
SMIDA Technology Park, No. 85, Zhenyu 2nd Road, Yulu Community, Guangming District, Shenzhen, China
We are committed to providing high-quality products and services, with a professional after-sales team that supports online after-sales service. If there are any problems with the machine, please feel free to contact us at any time.