Ingredients

At EcoWashly, we believe in full transparency about what goes into our laundry sheets. Unlike many competitors who use harmful ingredients without informing their customers, we do things differently.

Our powerful, safe, and eco-friendly formula provides the best laundry experience without risks to you, your family, or the environment.

Below, you’ll find a detailed breakdown of each ingredient, why we chose it, and why our product is far superior to brands still relying on harmful substances.

1. Starch – Plant-Derived from Corn

What is it?
Starch is a natural ingredient derived from corn that serves as a mild thickening agent in cleaning products.

Why our starch is the best choice:

• Naturally derived from corn – Biodegradable and safe.
• Enhances texture and consistency – Makes the product easy to apply and use.
• Eco-friendly – Plant-based, reducing the carbon footprint.

What competitors do wrong:

• Some brands use synthetic or modified starch – May not be biodegradable.
• Use of non-renewable sources – Not as sustainable.
  

We use only pure, plant-derived starch for a sustainable and effective formula.

2. Sodium Coco-Sulfate – Plant-Derived from Coconut

What is it?
Sodium Coco-Sulfate is a mild surfactant derived from coconut oil, used for cleansing purposes.

Why our Sodium Coco-Sulfate is the best choice:

• Derived from renewable coconuts – A sustainable and natural surfactant.
• Gentle on the skin – Effectively cleanses without stripping oils.
• Biodegradable – Safe for the environment.

What competitors do wrong:

• Some use harsher sulfates – Can irritate the skin and harm the environment.
• Non-renewable sources – May contribute to environmental degradation.
  

We use only coconut-derived Sodium Coco-Sulfate to ensure safe, gentle, and eco-friendly cleansing.

3. Polyvinyl Alcohol – Biodegradable Supporting Matrix

What is it?
Polyvinyl Alcohol (PVA) is a water-soluble polymer used to support and stabilize the formulation.

Why our Polyvinyl Alcohol is the best choice:

• Biodegradable – Breaks down naturally in the environment.
• Supports product stability – Ensures consistent performance.
• Non-toxic – Safe for both users and the planet.

What competitors do wrong:

• Use of non-biodegradable PVA – Can contribute to microplastic pollution.
• PVA that does not break down – Can harm the ecosystem.
  

We ensure that our PVA is biodegradable, providing a safe and sustainable solution.

4. AOS (Sodium Alpha-Olefin Sulfonate) – Biodegradable Surfactant

What is it?
AOS is a biodegradable surfactant that helps to clean and create foam.

Why our AOS is the best choice:

• Biodegradable – Safe for the environment and aquatic life.
• Gentle on the skin – Effective without being harsh.
• Natural-derived – A sustainable option for effective cleansing.

What competitors do wrong:

• Use of synthetic surfactants – Can be harmful to the skin and the environment.
• Non-biodegradable alternatives – Can lead to pollution.
  

We use only biodegradable AOS to ensure effective and environmentally responsible cleaning.

5. Alcohols, C12-15, Ethoxylated – Plant-Derived from Coconut

What is it?
These alcohols are plant-derived, primarily from coconut oil, and function as emulsifiers and surfactants.

Why our Alcohols, C12-15, Ethoxylated are the best choice:

• Derived from coconut – A renewable, plant-based resource.
• Mild and biodegradable – Gentle on skin and safe for the environment.
• Effective emulsifier – Helps to mix oils and water in products.

What competitors do wrong:

• Use of petroleum-based surfactants – Less sustainable and can cause skin irritation.
• Harmful additives in ethoxylated alcohols – Can be toxic to both humans and the planet.
  

We choose coconut-derived alcohols for a safe and eco-friendly formulation.

6. Trisodium Citrate – Nature-Derived from Mineral

What is it?
Trisodium Citrate is a naturally derived ingredient used to regulate pH levels and soften water.

Why our Trisodium Citrate is the best choice:

• Derived from natural minerals – Safe and gentle.
• Eco-friendly – Biodegradable and non-toxic.
• Stabilizes formulas – Improves the overall effectiveness of the product.

What competitors do wrong:

• Some use synthetic pH regulators – Can be harmful to both health and the environment.
• Non-renewable sources – Less sustainable for long-term use.
  

We use only mineral-derived Trisodium Citrate for a safer and more effective product.

7. Citric Acid – Plant-Derived from Orange and Lemon

What is it?
Citric acid is a natural acid found in citrus fruits, used to balance the pH of the formula.

Why our Citric Acid is the best choice:

• Derived from oranges and lemons – 100% plant-based and renewable.
• pH-balancing – Helps keep products effective while gentle on skin.
• Biodegradable – Safe for the environment.

What competitors do wrong:

• Use of synthetic citric acid – May not be as natural or biodegradable.
• Citric acid from non-sustainable sources – Contributes to environmental damage.
  

We use only plant-derived citric acid for the most natural and effective pH regulation.

8. Isotridecanol – Biodegradable Surfactant

What is it?
Isotridecanol is a biodegradable surfactant that helps to clean surfaces effectively.

Why our Isotridecanol is the best choice:

• Biodegradable – Breaks down naturally in the environment.
• Gentle on the skin – Non-irritating and safe.
• Effective at cleaning – Ensures the product performs at its best.

What competitors do wrong:

• Use of harsh surfactants – Can cause skin irritation and environmental harm.
• Non-biodegradable surfactants – Contribute to pollution.
  

We use biodegradable Isotridecanol to provide safe and efficient cleaning.

9. Glycerol – Plant-Derived from Coconut Oil

What is it?
Glycerol is a humectant derived from coconut oil, used to retain moisture.

Why our Glycerol is the best choice:

• Derived from coconut oil – 100% plant-based and renewable.
• Keeps skin hydrated – Draws moisture from the air to keep skin soft.
• Biodegradable – Safe for the environment.

What competitors do wrong:

• Some use synthetic glycerol – May not be biodegradable.
• Non-renewable sources – Contributes to environmental harm.
  

We use only plant-derived glycerol to provide safe and eco-friendly hydration.

10. Enzymes (Lipase, Protease, Amylase) – Plant-Derived

What is it?
These enzymes are plant-derived and used to break down fats, proteins, and starches in cleaning formulations.

Why our Enzymes are the best choice:

• Plant-derived – Sustainable and natural.
• Effective stain removal – Breaks down difficult stains naturally.
• Biodegradable – Safe for the environment.

What competitors do wrong:

• Use of synthetic enzymes – Can be harmful to the environment.
• Non-plant-derived enzymes – May not be as sustainable or effective.
  

We use only plant-derived enzymes for effective and eco-friendly stain removal.

What’s NOT in Our Product?

Many mainstream cleaning and personal care products contain harmful ingredients that can negatively impact your health and the environment. We DO NOT use these in our formula because we believe in a safe, sustainable, and skin-friendly alternative. Here’s a list of commonly used harmful ingredients found in competitor products and why we avoid them:

Sodium Lauryl Sulfate (SLS)

Why do we avoid this?

• Strips natural oils from skin, leading to dryness, irritation, and possible allergic reactions.
• Long-term use can weaken the skin’s natural protective barrier, causing sensitivity and exacerbating existing skin conditions.
• Often not biodegradable, contributing to water pollution.

Sodium C14-16 Olefin Sulfonate

Why do we avoid this?

• A petroleum-derived surfactant that strips away natural oils, leading to dryness and irritation.
• Not readily biodegradable, persisting in the environment and contributing to water pollution.

Cyclopentasiloxane (Silicones)

Why do we avoid this?

• Silicones build up in the environment and are difficult to break down.
• Linked to hormonal disruptions and can accumulate in human tissues.
• Toxic to aquatic life, posing a serious threat to marine ecosystems.

Disodium EDTA

Why do we avoid this?

• A synthetic preservative used to bind metals in water.
• Not biodegradable and remains in the environment for years.
• Can cause skin irritation and potential toxicity with long-term exposure.

Hydroxyacetophenone

Why do we avoid this?

• Synthetic preservative found in cheap personal care products.
• Can cause skin irritation in people with sensitive skin.
• Not tested for long-term safety, meaning risks are unknown.

Laureth-4

Why do we avoid this?

• Used as a foaming agent but often contains traces of carcinogenic substances like 1,4-dioxane.
• Not biodegradable, harming wildlife and ecosystems.
• Can dry out and irritate the skin.

Alcohols C12-14-secondary ethoxylated

Why do we avoid this?

• Harsh degreaser, stripping natural skin oils and causing dryness.
• May contain toxic impurities, depending on how it’s processed.
• Not safe for long-term skin exposure.

PEG-12 Diethicone

Why do we avoid this?

• Silicone-based compound that builds up on the skin, potentially clogging pores.
• May contain harmful contaminants like ethylene oxide and 1,4-dioxane, both potential carcinogens.
• Not biodegradable, making it harmful to the environment.

Synthetic Fragrances (Parfum/Fragrance)

Why do we avoid this?

• Often made from a mix of undisclosed chemicals, including phthalates, which are known hormone disruptors.
• Can cause allergic reactions, skin irritation, and respiratory issues.
• Lack of transparency companies are not required to disclose the full ingredient list of synthetic fragrances.

Phosphates

Why do we avoid this?

• A major pollutant that contributes to excessive algae growth, suffocating marine ecosystems.
• Leads to eutrophication, depleting oxygen levels in water and killing fish and other aquatic organisms.
• Can contaminate drinking water supplies, potentially causing health issues such as digestive problems and kidney damage.

Optical Brighteners

Why do we avoid this?

• Chemicals that make clothes appear whiter but don’t biodegrade and can cause skin irritation.
• Can remain in fabric after washing, leading to prolonged skin exposure and allergic reactions.
• Toxic to aquatic life, as they persist in water systems and disrupt natural biological processes.

Chlorine Bleach

Why do we avoid this?

• Harsh and corrosive, known to release toxic fumes and pollute waterways.
• Can react with other chemicals to form dangerous chlorine gas, which is highly toxic when inhaled.
• Produces harmful byproducts such as dioxins and organochlorines, which are linked to cancer and reproductive issues.

Ammonia

Why do we avoid this?

• A highly irritating chemical that can cause respiratory problems when inhaled.
• Can trigger asthma attacks and worsen symptoms for people with lung conditions.
• Extremely toxic to aquatic organisms when it enters waterways, leading to water pollution and ecosystem disruption.

Petroleum-Based Ingredients

Why do we avoid this?

• Many cleaning products rely on fossil fuel derivatives, contributing to environmental pollution.
• Can contain carcinogenic contaminants like benzene, which is linked to leukemia and other cancers.
• Non-renewable and unsustainable, driving deforestation, habitat destruction, and climate change.

Why We Choose Sustainability

At EcoWashly, we believe that every choice we make, from ingredients to packaging, should have a positive impact on both your health and the planet's health. All of our ingredients are carefully selected to be both effective and environmentally friendly. From cocoyl glucoside to vitamin E extract, every aspect of EcoWashly is designed with sustainability as a priority.

Your Feedback is Welcome!

We are always looking for ways to improve our products and optimize our environmental impact. If you have suggestions for other ingredients that are better for nature or human health, we’d love to hear from you! You can reach out to us at improve@ecowashly.com.

At EcoWashly, we make conscious choices for a healthier, more sustainable future. We invite you to join us on the journey to a cleaner, greener world.