KETJENBLACK

LION conductive carbon black full series.

LION source products

LION technical parameters

Grade DBP / Oil absorption BET surface area pH Moisture Metal impurities Price
ECPDownload PDF 350–385 ml/100gOil absorption 800 m2/gSeries reference 9.0Series reference <1.0% <30 ppm
ECP-600JDDownload PDF 440–510 ml/100gDBP 1270 m2/gSeries reference 9.0Series reference <1.0% See batch report
EC-300JDownload PDF 330–380 ml/100gOil absorption 800 m2/gTypical value 8–10 <0.5% wt See batch report
EC-600JDDownload PDF 380–510 ml/100gOil absorption 1270 m2/gTypical value 8–10 <0.5% wt See batch report

Typical values and series references are for selection guidance; the applicable batch test report governs.

EC/ECP-800JD

LION source 8N / 99.999999% ultra-high-purity conductive carbon black. Other parameters are not disclosed.

ECP

LION conductive carbon black for resin composites, battery electrodes and conductive coatings. Its porous, hollow structure supports conductive pathways at low filler loadings. Applications include electronic-device packaging, electrical components, and antistatic plastic and rubber products. Formulation design balances dispersion, target resistance and base-material properties.

ECP-600JD

LION high-conductivity carbon black for battery electrodes, conductive resins, rubber and coatings. Its porous structure supports conductive networks and electrolyte retention, making it relevant to electrodes with high active-material content. Formulations balance conductive-filler loading with base-material properties, dispersion and processing requirements.

EC-300J

LION Ketjenblack for conductive and antistatic modification of plastics, rubber and coatings. Its hollow, porous structure enables conductive paths at low loading while limiting effects on base-material properties. Applications include electronic packaging, electrical components, antistatic flooring, cable semiconductive layers, rubber belts, rollers, safety shoes and battery electrodes.

EC-600JD

LION high-conductivity Ketjenblack for plastic, rubber and coating formulations seeking reduced conductive-filler loading. Its porous, hollow structure supports efficient conductive networks while preserving base-material properties. Uses include electronic packaging, cable semiconductive layers, antistatic rubber products and battery electrodes. Loading depends on the resin, compounding conditions and target resistance.