Stannic Chloride – 500 gram Packs

Tin(IV) chloride is a tin(IV) halide and Lewis acid supplied for scientific and laboratory work. It is identified by its colourless to pale yellow fuming liquid and its characteristic chemical behaviour: reacts strongly with atmospheric moisture and hydrolyses in water. In educational and research settings, this material is relevant to Lewis acid and inorganic reaction chemistry. Its experimental value depends on appropriate preparation, accurate identification, and observance of the relevant safety controls. Laboratory users should consider solubility, compatibility, concentration and stability when designing procedures, especially when standardising solutions or comparing results. The listed 500 gram Packs is a purchasing format, not evidence of a particular analytical performance standard. The identity used here is anhydrous tin(IV) chloride; hydrated or formulated products require separate identification. Use the current safety data and the actual label to confirm which methods are appropriate for the supplied reagent.

Product Specifications

Specification	Details
Appearance	Colourless to pale yellow fuming liquid
Assay	99%
Chemical Name	Tin(IV) chloride
Alternate Names	Stannic chloride; tin tetrachloride
Molecular Formula	SnCl4
Empirical Formula	SnCl4
CAS Number	7646-78-8
Molecular Weight	260.52 g/mol
Grade	LR Laboratory Reagent

Key Features of Tin(IV) chloride

• Tin(IV) chloride belongs to the tin(IV) halide and Lewis acid group and is intended for controlled laboratory workflows.
• Physical appearance: colourless to pale yellow fuming liquid; inspect the actual material for consistency with its label.
• A key chemical characteristic is that it reacts strongly with atmospheric moisture and hydrolyses in water.
• Useful in carefully selected experiments concerning Lewis acid and inorganic reaction chemistry.
• The named pack size is intended for laboratory procurement; suitability still depends on the required method and verified product form.

Laboratory Applications of Tin(IV) chloride

• Lewis acid reaction studies under controlled conditions These studies require trained supervision and chemical-specific precautions.
• Tin(IV) coordination chemistry investigations These studies require trained supervision and chemical-specific precautions.
• Supervised studies of halide hydrolysis These studies require trained supervision and chemical-specific precautions.
• Preparation of suitable tin(IV) compounds by trained personnel These studies require trained supervision and chemical-specific precautions.
• Comparative chemistry of tin oxidation states These studies require trained supervision and chemical-specific precautions.

Why Choose Lab Wale to Buy Tin(IV) chloride

Lab Wale supplies laboratory chemicals and scientific materials for educational institutions, research centres and analytical laboratories. When selecting Tin(IV) chloride, purchasers should match the stated identity, physical form and intended procedure before ordering. Clear comparison of the listed specifications with an institution’s method requirements can help avoid choosing an unsuitable reagent. The grade information presented is a listing descriptor rather than a promise of performance in every analytical workflow. Follow the label and current safety documentation when planning use.

Frequently Asked Questions About Tin(IV) chloride

What is Tin(IV) chloride used for in laboratories?

Tin(IV) chloride is relevant to Lewis acid and inorganic reaction chemistry. Examples include lewis acid reaction studies under controlled conditions and tin(iv) coordination chemistry investigations. The appropriate method depends on the composition, working concentration and laboratory safety controls. Some specialised investigations require additional validated conditions.

What chemical formula and molecular weight apply to Tin(IV) chloride?

The reference formula is SnCl4, with molecular weight 260.52 g/mol. For polymers, formulated media, uncertain borates or salts available as hydrates, these entries must not be treated as guaranteed specifications of an unspecified commercial form.

What is the CAS number of Tin(IV) chloride?

The CAS entry is 7646-78-8. This identification refers to the stated reference substance where applicable. If the product is a mixture or an unspecified hydrate, the exact supplied formulation should be verified before assigning a substance-specific identifier.

Can Tin(IV) chloride be used for teaching and research?

It can support appropriate supervised work involving Lewis acid and inorganic reaction chemistry. Suitability is not universal: required grade, exact composition, method sensitivity, equipment and facility safety controls must be assessed. More hazardous or reactive substances should only be handled by appropriately trained personnel.

How should Tin(IV) chloride be stored and handled?

Store tightly sealed in compatible moisture-resistant containers and segregate from water, bases and reactive materials; storage must follow the SDS. Handle in an appropriate fume hood with chemical splash protection and suitable resistant gloves; corrosive fumes and moisture reactivity require trained handling. Review the current SDS and the institution’s disposal and emergency procedures before performing experiments.

Storage Conditions for Tin(IV) chloride

Store tightly sealed in compatible moisture-resistant containers and segregate from water, bases and reactive materials; storage must follow the SDS. Keep the product clearly labelled and review its current safety data for any grade- or formulation-specific conditions. Do not expose it to incompatible materials, and use suitable containment for the listed chemical form.

Precautions for Handling Tin(IV) chloride

Read the current Safety Data Sheet before use. Handle in an appropriate fume hood with chemical splash protection and suitable resistant gloves; corrosive fumes and moisture reactivity require trained handling. Avoid unnecessary inhalation, ingestion and skin or eye contact. Use suitable ventilation and follow institutional spill-response, emergency and waste-disposal protocols. Where experiments involve hazardous reactions, ensure appropriate supervision and compatible protective equipment.