Tesco Thick | Bleach Lemon Safety Data Sheet Link

While a Safety Data Sheet (SDS) might seem like a dry technical document, the SDS for Tesco Thick Bleach Lemon tells a fascinating story of 18th-century chemistry meeting modern household safety. The Chemistry of Clean

Actionable recommendations (prioritized) tesco thick bleach lemon safety data sheet

Reading it is a humbling experience. It restores the necessary fear and respect that marketing imagery often erodes. It serves as a reminder that civilization relies on harnessing dangerous forces—like corrosive oxidizers—to maintain the illusion of a safe, sterile home. The next time the thick, yellow liquid swirls around the toilet bowl, the informed reader will not just smell lemons; they will smell the sharp tang of chemistry, danger, and power. While a Safety Data Sheet (SDS) might seem

The active ingredient in Tesco Thick Bleach (Lemon) is sodium hypochlorite, typically at a concentration between 5% and 10%, alongside sodium hydroxide (caustic soda) as a stabiliser and thickener. The SDS provides the specific European Chemicals Agency (ECHA) registration numbers and concentration ranges. From a toxicological perspective, the SDS details acute effects: ingestion leads to severe gastrointestinal corrosion, vomiting, and potential perforation; dermal contact results in painful chemical burns; and inhalation of aerosolised bleach can cause pulmonary oedema. Chronic exposure data indicate that repeated skin contact may lead to dermatitis. Notably, the SDS includes the ATEmix (Acute Toxicity Estimate) value for inhalation, underscoring that even short-term exposure to mist from vigorous splashing can be hazardous. H302: Harmful if swallowed

Note on Limonene: This is a common fragrance allergen. If you have skin sensitivities, the "Lemon" version may actually cause contact dermatitis even if the bleach doesn't burn you.

Section 1: Identification

  • H302: Harmful if swallowed.
  • H314: Causes severe skin burns and eye damage.
  • H319: Causes serious eye irritation.
  • H335: May cause respiratory irritation.
  • H400: Very toxic to aquatic life.
  1. Add or confirm supplier full contact details and 24/7 emergency phone.
  2. Verify and correct GHS classification, hazard and precautionary statements, and pictograms to match sodium hypochlorite concentration.
  3. Provide exact concentration ranges (w/w) for sodium hypochlorite and other hazardous constituents.
  4. Add transport classification (UN number, class, packing group) if applicable.
  5. Complete toxicological and ecological data with quantitative values where available.
  6. Add clear storage temperature limits and incompatibility warnings (especially acids/ammonia).
  7. Ensure SDS issue/revision date and version number are present.