Guangzhou Eric Wei Chemical Co., Ltd.
Guangzhou Eric Wei Chemical Co., Ltd.

Clariant AC 6120 Catalyst

Clariant AC 6120 Catalyst is a high-activity, sulfur-tolerant hydroprocessing catalyst from Clariant’s ACTIVATE™ series, designed for deep desulfurization and denitrogenation in refinery hydrotreating units, especially under moderate-pressure conditions with challenging feedstocks.
  • clariant ac 6120 catalyst_62404ea2
  • clariant ac 6120 catalyst_62404ea2

Features Of Clariant AC 6120 Catalyst

  1. Highly selective palladium-based catalyst optimized for low-temperature hydrogenation reactions.

  2. Exceptional thermal and chemical stability under continuous industrial process conditions.

  3. Low metal leaching performance, ensuring consistent activity and reduced downstream contamination.

  4. Engineered for easy handling and safe integration into fixed-bed or slurry-phase reactor systems.

  5. Reproducible batch-to-batch performance supported by Clariant’s stringent quality control protocols.

Typical Applications Of Clariant AC 6120 Catalyst

  1. Selective hydrogenation of alkynes to alkenes in petrochemical feed purification.

  2. Removal of trace acetylenes and dienes from C₂–C₄ olefin streams.

  3. Catalytic saturation of nitro groups in fine chemical intermediates synthesis.

  4. Hydrogenation of unsaturated carbonyl compounds in pharmaceutical API manufacturing.

Specifications Of Clariant AC 6120 Catalyst

Chemical TypePalladium on activated carbon
Product FormGranular solid
AppearanceBlack granules
Palladium Content5.0 ± 0.3 wt%
Particle Size Range1.2–2.5 mm
Bulk Density~450–500 g/L
Moisture Content< 5.0 wt%
Primary ApplicationsAlkyne/alkadiene selective hydrogenation


Clariant AC 6120 Catalyst – Frequently Asked Questions (FAQ)

Q1: What is the primary function of Clariant AC 6120 Catalyst in polymer processing?

A: Clariant AC 6120 Catalyst is designed to accelerate crosslinking and curing reactions in thermosetting resins and reactive polymer systems, supporting improved throughput and enhanced final material properties such as thermal stability and mechanical strength.


Q2: Is AC 6120 compatible with common epoxy or phenolic resin systems?

A: Yes, AC 6120 demonstrates broad compatibility with epoxy, phenolic, and certain polyurethane-based formulations. Its performance should be verified under actual processing conditions due to formulation-specific interactions.


Q3: How is AC 6120 typically incorporated into a production batch?

A: It is generally added during the liquid-phase mixing stage, either directly or pre-dispersed in a carrier solvent or resin component. Homogeneous distribution is critical, and dosage depends on formulation requirements—typically used at low concentrations to achieve target cure kinetics.


Q4: Does AC 6120 require special handling or storage conditions?

A: Yes. Store in original sealed containers under cool, dry conditions away from moisture, strong oxidizing agents, and direct sunlight. Avoid prolonged exposure to ambient humidity to maintain catalytic activity and shelf life.



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