The Deb Group 2 L Lime Wash Heavy Duty Hand Soap, available in cases of 4 bottles, is a petroleum solvent-free cleanser designed for heavy-duty hand cleaning. Here's a concise product description based on the provided information. The Deb Group 2 L Lime Wash Heavy Duty Hand Soap offers a petroleum solvent-free, environmentally conscious formula with a natural scrubber, refreshing fragrance, and ECOLOGO certification. It is an effective and sustainable choice for heavy-duty hand cleaning in various industrial settings.

Key Features:

• Petroleum Solvent-Free Formula: This hand soap is formulated without petroleum solvents, ensuring effective cleaning without damaging the skin. It is a safer and environmentally friendly option for heavy-duty hand cleaning.

• Natural Cornmeal Scrubber: The inclusion of a natural biodegradable cornmeal scrubber provides a deep clean without harming the skin or the environment. This feature makes it ideal for removing ingrained industrial soilings such as oil, grease, and general dirt and grime.

• Lime Fragrance: The hand soap features a refreshing light lime fragrance, enhancing the overall hand-cleaning experience.

• ECOLOGO Certified: The hand soap carries the ECOLOGO certification, providing assurance to customers that it meets stringent standards of environmental leadership. This certification underscores the product's commitment to sustainability.

• 2 Liter Cartridge: Each bottle contains 2 liters of hand soap and requires a compatible dispenser for use. Dispenser options include HVY2LDP or HVY2LDB.

• Skin Moisturizers: Enriched with skin moisturizers, the hand soap helps prevent dry skin, leaving hands feeling smooth and comfortable after use.

• Rapid and Effective Cleaning: The hand soap works rapidly and effectively to remove a range of everyday ingrained industrial soilings, including oil, grease, and general dirt and grime.

• Residue-Free Rinsing: The soap rinses away quickly and easily, leaving no residues on the skin or in the sink. This ensures a clean finish after each use.