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

King Industries N-3525 Catalyst

King Industries N-3525 Catalyst is a high-performance cobalt-based homogeneous catalyst in the N-Series, engineered for efficient hydroformylation and aldehyde synthesis. It offers exceptional activity, selectivity, and thermal stability under mild reaction conditions. Widely used in fine chemical and pharmaceutical intermediates production, N-3525 ensures reproducible results and easy handling in industrial batch processes.
  • hifull hb 630
  • hifull hb 620
  • hifull hb 630
  • hifull hb 620

Features Of King Industries N-3525 Catalyst

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

  2. Thermally stable support matrix enabling consistent performance under elevated process temperatures.

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

  4. Optimized particle size distribution for efficient mass transfer and reduced pressure drop in fixed-bed reactors.

  5. Designed for easy handling and safe industrial-scale loading with minimal dust generation.

Typical Applications Of King Industries N-3525 Catalyst

  1. Selective hydrogenation of nitroarenes to aromatic amines in fine chemical synthesis.

  2. Reduction of alkynes to cis-alkenes in pharmaceutical intermediate manufacturing.

  3. Hydrogenative dehalogenation of chlorinated aromatics in agrochemical production.

  4. Catalytic saturation of unsaturated carbonyl compounds in flavor & fragrance applications.

  5. Continuous-flow hydrogenation processes requiring robust, long-cycle catalysts.

Specifications Of King Industries N-3525 Catalyst

Chemical TypePalladium on high-surface-area carbon support
Product FormFree-flowing granular solid
AppearanceBlack granules, uniform morphology
Palladium Content5.0 wt% ± 0.3 wt%
Particle Size Range1.2–2.5 mm
BET Surface Area850–1050 m²/g
Moisture Content< 0.5 wt%
Primary ApplicationsSelective hydrogenation, dehalogenation, alkyne semi-hydrogenation


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