Potassium Sulphocyanide – 500 gram Packs

Potassium thiocyanate is a thiocyanate salt used in analytical, educational and research laboratory settings. Its chemical identity is important when selecting reagents for iron(III) thiocyanate complex formation and ligand chemistry. Strong coloration of aqueous iron(iii)–thiocyanate complexes influences experimental design, solution preparation and the interpretation of observed reactions. In school and university laboratories, the material can support carefully selected demonstrations of inorganic chemistry, while institutional research may use it in validated procedures requiring appropriate reagent identity and grade. The stated product is offered as a laboratory reagent, but suitability for an analytical method depends on its actual specifications and the method requirements. Users should confirm the form and composition wherever the catalogue name does not fully distinguish related salts, hydrates or commercial formulations, and review the safety information before preparing any practical experiment.

Product Specifications

Specification	Details
Appearance	White crystalline solid
Assay	99%
Chemical Name	Potassium thiocyanate
Alternate Names	Potassium sulphocyanide; potassium rhodanide
Molecular Formula	KSCN
Empirical Formula	KSCN
CAS Number	333-20-0
Molecular Weight	97.18 g/mol
Grade	LR Laboratory Reagent

Key Features of Potassium Sulphocyanide

• Potassium thiocyanate belongs to the thiocyanate salt family, with characteristics relevant to iron(III) thiocyanate complex formation and ligand chemistry.
• Its chemical properties include strong coloration of aqueous iron(III)–thiocyanate complexes.
• Its documented chemical identity is important for selecting a laboratory method and preventing substitution with unrelated compounds.
• Useful for exploring reaction chemistry and interpreting experimental observations in iron(III) thiocyanate complex formation and ligand chemistry.
• Applicable to supervised laboratory education and institutional studies when the product form and method specifications are confirmed.

Laboratory Applications of Potassium Sulphocyanide

• Iron(iii) identification by thiocyanate complexation, with the required hazard controls and verified method conditions.
• Chemical-equilibrium shift demonstrations, with the required hazard controls and verified method conditions.
• Spectrophotometric iron-thiocyanate studies, with the required hazard controls and verified method conditions.
• Coordination chemistry laboratory practicals, with the required hazard controls and verified method conditions.
• Aqueous thiocyanate analytical method development, with the required hazard controls and verified method conditions.

Why Choose Lab Wale to Buy Potassium Sulphocyanide

Lab Wale helps schools, colleges, universities and professional laboratories identify Potassium thiocyanate for suitable scientific requirements. When sourcing this material, check the listed chemical identity, laboratory reagent grade, pack size and relevant technical or safety information available for the specific item. Lab Wale provides a convenient point of reference for laboratory chemicals and scientific supplies, while purchasers remain responsible for matching concentration, hydrate form and suitability to their procedures. Confirm product-specific details before ordering whenever the designation can refer to multiple chemical forms.

Frequently Asked Questions About Potassium Sulphocyanide

What is Potassium Sulphocyanide used for in laboratory chemistry?

It is associated with iron(III) thiocyanate complex formation and ligand chemistry. Specific uses include iron(III) identification by thiocyanate complexation and chemical-equilibrium shift demonstrations. The selected method should be compatible with the product grade, exact chemical form and required safety controls.

What is the chemical formula of Potassium Sulphocyanide?

The indicated formula for Potassium thiocyanate is KSCN. Correct chemical identity matters because formulas and formula masses may change for hydrates, mixtures or differently specified compositions. Verify the label before any stoichiometric calculations.

Which reactions are useful for studying Potassium Sulphocyanide?

Laboratory studies may involve spectrophotometric iron-thiocyanate studies or coordination chemistry laboratory practicals. These activities illustrate strong coloration of aqueous iron(III)–thiocyanate complexes. Choose only established protocols and apply enhanced control measures where the material is corrosive, reactive, an oxidizer or otherwise hazardous.

Can Potassium Sulphocyanide be used in teaching laboratories?

It may be relevant to supervised education in iron(III) thiocyanate complex formation and ligand chemistry, but appropriate use depends on hazard assessment, students’ training and the institution’s facilities. Particularly hazardous materials are more suitable for specialist demonstrations or research than routine classroom handling.

How should Potassium Sulphocyanide be handled and stored?

Keep the product in a correctly labelled compatible container and use the protective equipment and segregation precautions stated in its current SDS. Assess moisture sensitivity, incompatibilities and potential reaction hazards before opening, weighing or preparing solutions.

Storage Conditions for Potassium Sulphocyanide

Store Potassium Sulphocyanide in a correctly labelled, tightly closed and chemically compatible container in a cool, dry location. Avoid moisture, direct heat and contamination during transfers. Segregate the material from incompatible substances identified in its current safety data sheet, particularly strong acids, oxidizers or reducers when relevant to its chemistry.

Precautions for Handling Potassium Sulphocyanide

Read the current safety data sheet for Potassium Sulphocyanide before handling. Use safety goggles, suitable chemical-resistant gloves and a laboratory coat, and avoid dust generation, inhalation and contact with eyes or skin. Use appropriate ventilation for weighing and experiments. Follow institution-specific spill, first-aid and waste-disposal procedures, and supervise student activities according to the hazard assessment.