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Gold compounds have gained importance over the past years in developing new metal-based cancer drugs. Multiple studies have demonstrated that gold compounds display extensively studied cytotoxic antitumour effects. They reverse tumour immune evasion directly. Consequently, the anticancer activity is increased.
Gold catalyst, gold oxide powder, gold bromide powder, gold chloride powder, Tetrabromhydrogen(III) hydrate, chlorocarbonic acid powder, Gold(I) potassium cyanide powder, etc.
Purity: ≥99.9%
Access our compiled collection of gold compounds and catalysts. Engineers formulate these materials following standard procedures. They are used in controlled chemical processes and have been verified by quantitative tests.
Gold chloride (AuCl3): Investigate gold chloride, a compound applied in organic synthesis, electroplating and catalysis. Researchers use it as a catalyst in both oxidation and reduction reactions.
Gold Nanocatalysts: Examine gold nanocatalysts. Researchers deposit gold nanoparticles to catalyse chemical reactions in green chemistry, pharmaceutical research and fuel cell operations.
Supported gold catalysts: Investigate supported gold catalysts. Gold nanoparticles are fixed on support materials and are employed in reactions such as hydrogenation and CO oxidation.
Catalytic performance: Engineers design these compounds to improve chemical reactions and catalyse transformations. Laboratory tests have recorded measurable increases in reaction rates.
Quality assurance: Quality control procedures test each compound and catalyst to ensure a purity level of ≥99.9% and consistent activity. Data from standard assays confirm these metrics.
Technical expertise: Experts in catalysis and chemistry provide guidance on catalyst selection, development and application. Their advice is based on experimental results and defined protocols.
Catalyst performance: Gold compounds and catalysts are used in pharmaceutical synthesis, green chemistry and renewable energy applications. Standardised tests have quantified their impact on reaction outcomes.
Global reach: The distribution network delivers products internationally. Orders are processed and shipped according to predetermined timelines, thereby meeting scheduled requirements.
Organic synthesis: Researchers use gold compounds and catalysts in organic reactions, including oxidation, reduction and C–C bond formation. Reaction yields are measured under standard conditions.
Renewable energy: Gold catalysts are applied in fuel cells and water electrolysis for hydrogen production. Performance metrics are recorded in controlled experiments.
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