We are
PLASTIC NEUTRAL &
GREEN PRO Certified
All our home CARE products are non-toxic, eco-friendly and made from natural ingredients and are Green Pro Certified.
GreenPro is a mark of guarantee that the product is environment-friendly throughout the different stages of its life cycle which includes the Design Stage, Raw Material Selection, Manufacturing Process, Product Performance during Use, Disposal and Recycling.
Switch to Natural and organic home cleaning liquids now.
Natural Surface Cleaning Solutions
Eco-Friendly Solutions for Every Business
Our eco-friendly surface cleaning solutions are designed for organizations that prioritize health, hygiene, and environmental responsibility. Certified by GreenPro, these formulations are non-toxic, VOC-free, and safe for sensitive skin — making them ideal for high-footfall environments such as offices, factories, hospitality spaces, and institutional campuses.
Unlike conventional cleaners that contribute to indoor air pollution and chemical overload, our CARE products improve air quality, reduce chemical exposure, and support safer, more comfortable spaces for both staff and visitors.
They are STP-compatible, biodegradable, and align with green building standards — helping you stay compliant while lowering your ecological footprint. As part of our sustainability efforts, we also participate in a Plastic Neutral Program to offset packaging impact.
More than just clean surfaces, CARE delivers a better experience — for people, processes, and the planet.
MYTH
Natural cleaners don’t clean as effectively as chemical ones.
FACT
Nature has always had the answers — we’ve just brought them into a bottle.
For centuries, Indian households used ingredients like ash, lemon, soapnut, and tamarind — all natural surfactants and enzymes — to clean floors, utensils, and clothes.
CARE surface cleaners build on this traditional wisdom, backed by modern bio-enzymatic science, to deliver high-performance cleaning without harmful chemicals.
What makes Zerodor CARE Cleaners different?
CARE cleaning solutions are powered by a proprietary blend of plant-based surfactants, enzymes, and probiotics — developed by environmental scientists, field-tested across diverse industries, and proven safe for people, systems, and the environment.
What are Zerodor CARE Products made of?
It is quite natural to get scared when we hear the word 'Bacteria'. After all we have grown up with images of sickness and danger associated with bacteria. But, the fact is there are multiple strains of bacteria that exist in nature which are helpful for human and environmental health. Remember the Lactobacillus Bacteria in curd that helps us digest the food more effectively? In fact, we have been surrounded by Bacteria right from the day we are born. Likewise, there are good bacteria in the nature that helps us keep our surrounding clean and hygienic.
Our Bio-Enzymatic products are loaded with safe and natural spores of bacteria and enzymes. These specialized bacteria and enzymes are carefully selected for specific actions like cleaning, removing stains & odor and degrading organic matter.
Let's understand how they work.
Zerodor CARE cleaners are powered by bio-enzymatic action — a natural cleaning mechanism that combines the power of bacteria and enzymes to break down organic waste at its source.
To understand this, it helps to look at how bacteria and enzymes work together: enzymes, though not alive, are produced by beneficial bacteria. These enzymes act as catalysts — they speed up the breakdown of complex waste like stains, grease, urine, and organic residue into smaller, simpler particles. These smaller molecules then become “food” for the bacteria, which further digest and convert them into harmless byproducts like carbon dioxide and water.
While conventional cleaners merely lift surface dirt or leave behind a chemical film, CARE cleaners decompose grime at the molecular level — leaving surfaces deeply cleaned, residue-free, and safe for repeated use.
A simple 5 step process
Step 1
Bacteria produces enzymes
Step 2
Organic waste molecules lock with specific enzyme
Step 3
Enzymes break down the organic waste molecules
Step 4
Bacteria consume / degrade the broken down molecules of organic waste
Step 5
Bacteria digest the molecules and releases CO2 and H2O
Smarter sanitation, Cleaner planet
VOC-free & safe for indoor air quality
No acids, toxinc, bleach, parabens, or phosphates
Gentle on surfaces — tough on grime
Non-toxic and safe for frequent use
STP-friendly & green building compliant
Made in India, tested in real institutions
Frequently asked questions (FAQ)
The microbial strains used are naturally occurring, non-pathogenic, and specifically selected for their safety and stability. They do not cause infections, do not mutate into harmful forms, and are safe for human contact, pets, and the environment. These are the same class of beneficial bacteria found in probiotics or used in food fermentation — just trained to digest waste instead of food.
Yes, CARE Cleaners are made from natural, non-toxic, VOC-free ingredients. They are free from harmful chemicals, making them safe for everyday use around sensitive groups like children, elderly family members, and pets.
CARE Cleaners are non-toxic and plant-based, so accidental ingestion in small amounts is unlikely to cause harm. However, we always recommend keeping all cleaners—natural or otherwise—out of children’s reach and consulting a doctor immediately if ingestion occurs.
Yes. CARE uses active enzymes and plant surfactants that break down stains and grime at the source — without leaving toxic residues.
Absolutely. CARE is safe for polished natural stone, glass, mirrors, steel, and even fabric in case of multipurpose use.
Yes. All CARE products are designed for high-frequency institutional use — safe for staff and occupants.
Not at all. In fact, CARE supports better STP performance by not killing beneficial bacteria.
Yes — up to 1–2 years depending on the product. Always store in a cool, dry place.
For smaller quantities, you can buy directly from our online store or contact us for bulk or institutional orders.