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

Clariant Litol Catalyst

Clariant Litol Catalyst is a high-performance heterogeneous catalyst series from Clariant’s Litol portfolio, designed for selective hydrogenation and purification in fine chemical and pharmaceutical synthesis. It features thermally stable nickel-based formulations with tailored porosity and metal dispersion, enabling superior activity, longevity, and low leaching. Widely used in nitro-, carbonyl-, and unsaturated bond reduction under mild conditions.
  • clariant litol catalyst_6d36b198
  • clariant litol catalyst_6d36b198

Features Of Clariant Litol Catalyst

  1. Highly selective palladium-based heterogeneous catalyst for efficient hydrogenation reactions.

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

  3. Low metal leaching ensures product purity and extends catalyst service life.

  4. Engineered for easy handling, filtration, and regeneration in fixed-bed or slurry-phase reactors.

  5. Consistent batch-to-batch performance supported by rigorous quality control per ISO 9001 standards.

Typical Applications Of Clariant Litol Catalyst

  1. Hydrogenation of nitroaromatics to aromatic amines in fine chemical synthesis.

  2. Selective reduction of alkenes and alkynes in pharmaceutical intermediate manufacturing.

  3. Catalytic dechlorination of chlorinated organic compounds in environmental remediation processes.

  4. Hydrogenative amination reactions for agrochemical active ingredient production.

  5. Refining of specialty esters and unsaturated fatty acid derivatives in oleochemical processing.

Specifications Of Clariant Litol Catalyst

Chemical TypePalladium on activated carbon (Pd/C)
Product FormFree-flowing black granular solid
AppearanceUniform black granules, no visible dust or friability
Palladium Content5.0 wt% ± 0.3 wt%
Carbon Support Surface Area≥ 900 m²/g (BET method)
Moisture Content≤ 1.5 wt%
Particle Size Range0.5–2.0 mm
Primary ApplicationsLiquid-phase hydrogenation, selective reductions, catalytic purification


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