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The 31 pages that link to Corrosive substance, each with the reason it gives.

• Chemical burnNarrower topic: Corrosives are a major class of agents that produce chemical burns.

• Hazardous wasteRelated: Corrosive wastes can injure people and damage storage or transport equipment.

• Phosphorus pentoxideNarrower topic: The oxide’s reaction with water produces heat and acidic products that make exposure hazardous.

• Chemical hazardCompared with: Its immediate contact damage contrasts with hazards that act through delayed biological effects.

• SuperacidCompared with: Corrosiveness and superacid strength are distinct properties, though superacids can be highly corrosive.

• Strong acidCompared with: Corrosiveness is a hazard property and does not define acid strength.

• Chemical wasteBroader topic: Corrosivity is one property that can make discarded chemicals hazardous.

• Chemical storageRelated: Corrosivity affects container choice, spill containment, and separation from vulnerable materials.

• Sodium borohydrideRelated: Strongly alkaline sodium borohydride solutions can cause severe chemical burns.

• Sulfur trioxideNarrower topic: SO₃ and the sulfuric acid it forms can cause severe chemical burns.

• Acetic anhydrideNarrower topic: Acetic anhydride can cause severe burns and eye injury, especially when wet.

• Antimony pentafluorideRelated: SbF₅ reacts vigorously with water and can cause severe chemical burns.

• Fluoroantimonic acidNarrower topic: Extreme corrosiveness is a hazard distinct from the acid’s measured protonating strength.

• Thionyl chlorideRelated: Thionyl chloride reacts with moisture and can cause severe chemical burns.

• Carborane acidCompared with: Carborane acids can be extraordinarily acidic yet less oxidizing and less corrosive toward some materials than common superacids.

• Acetyl chlorideRelated: Acetyl chloride and its hydrolysis products can cause severe chemical burns.

• Dangerous goodsBroader topic: Their contact hazards require compatible containers and protection against leaks.

• HexamethylenediamineRelated: Hexamethylenediamine can cause severe skin and eye irritation or burns.

• Potassium superoxideRelated: Reaction products such as potassium hydroxide can cause severe chemical burns.

• Lithium hydrideRelated: LiH forms caustic lithium hydroxide on contact with moisture, creating severe exposure hazards.

• Titanium tetrachlorideNarrower topic: TiCl₄ reacts with moisture to form acidic products that attack tissue and equipment.

• Beryllium chlorideRelated: Moisture-sensitive BeCl₂ can form acidic products that injure tissue and corrode surfaces.

• Chloroacetic acidRelated: Contact with chloroacetic acid can cause severe chemical burns.

• LyeRelated: Concentrated lye damages tissue by breaking down fats and proteins.

• Phosphoryl chlorideNarrower topic: POCl₃ and its hydrolysis products cause severe chemical burns.

• Rubidium hydroxideRelated: Concentrated RbOH can cause severe chemical burns and damage many surfaces.

• Silicon tetrachlorideNarrower topic: SiCl₄ and its hydrolysis products can damage skin, eyes, and equipment.

• Sodium sulfideNarrower topic: Concentrated sodium sulfide solutions can cause severe chemical burns.

• Ammonia solutionNarrower topic: Concentrated ammonia solution can cause severe skin and eye burns.

• Caesium hydroxideRelated: Concentrated CsOH solutions cause severe chemical burns and attack many materials.

• Chlorosulfuric acidNarrower topic: The acid causes severe chemical burns and attacks many materials.