Grab Green Dishwasher Detergent Pods - Powerful Grease Removal, Plant-Based, 24 Count
Sodium Carbonate Peroxide
High RiskSodium carbonate peroxide is an inorganic salt commonly used as a bleaching agent and oxidizer in various cleaning and laundry products.
Sustai Insights
Sodium carbonate peroxide serves effectively as a bleaching and cleaning agent, contributing to product efficacy. However, it poses health risks such as skin and eye irritation, with regulatory restrictions on use due to its potential hazards. Its environmental impact may include being a pollutant, while it is not classified as a bioaccumulative agent. Overall, the risk level associated with sodium carbonate peroxide is high, necessitating careful usage and consideration of safer alternatives.
Sodium Silicate
Medium RiskSodium silicate is a sodium salt of silicic acid, commonly used in various products for its adhesive and binding properties. It serves multiple functions, including as a pH regulator and a stabilizing agent in formulations.
Sustai Insights
Sodium silicate offers functional benefits such as effective binding and stabilization in formulations. Its health risks are considered moderate, primarily concerning potential skin irritation and allergenic reactions, while its environmental impact is low, with no significant pollutant or bioaccumulation concerns. Regulatory bodies indicate low use restrictions. Recommended safe usage practices include avoiding direct skin contact. Alternatives, such as natural binders, may offer safer options. Overall, sodium silicate presents a medium risk assessment.
Sodium Polyaspartate
Low RiskSodium polyaspartate is a sodium salt of a polyaspartic acid polymer, commonly used as a thickening agent and stabilizer in various cosmetic and personal care products. It aids in improving product texture and enhancing moisture retention, contributing to the overall effectiveness of formulations.
Sustai Insights
Sodium polyaspartate offers functional benefits as a thickener and moisture-retaining agent, helping to improve product texture. It is considered to have low health risks, with no significant concerns regarding carcinogenicity, allergens, or reproductive toxicity. Environmentally, it poses minimal risks, as it is not classified as a pollutant or bioaccumulative. Regulatory bodies do not impose restrictions on its use. Overall, this ingredient is assessed to have a low risk, making it a safe choice in cosmetic formulations.
Sodium Sulfate
Low RiskSodium sulfate is an inorganic salt commonly used in various personal care products. It functions primarily as a bulking agent, helping to improve texture and stability. Sodium sulfate is often found in formulations for its ability to enhance the solubility of other ingredients.
Sustai Insights
Sodium sulfate presents functional benefits as a bulking agent, contributing to product consistency without significant health risks, as it is classified with low concerns for carcinogenicity, allergies, and developmental toxicity. There are no notable environmental hazards associated with its use, and it is not currently restricted by regulatory bodies such as the FDA. Overall, the risk level for sodium sulfate is considered low, making it a safe ingredient in personal care products. Alternatives are available but may not provide identical functional benefits.
Bornanedione
Low RiskBornanedione is an organic compound that serves various functions in products, primarily in the realm of fragrance and flavoring agents. Its use is regulated, and it is not currently listed among restricted substances in skin contact applications, suggesting a generally accepted safety profile.
Sustai Insights
Bornanedione offers functional benefits as a flavoring agent without significant health risks, including low concerns for carcinogenicity, allergenicity, and reproductive toxicity. Environmentally, it poses minimal risks, with no evidence of bioaccumulation or pollution. Regulatory bodies do not impose notable restrictions. Overall, the ingredient presents a low risk profile, making it a safe choice in formulations.
Polyvinyl Alcohol
Low RiskPolyvinyl alcohol is a synthetic polymer used in various applications, including adhesives, coatings, and as a film-forming agent in personal care products. It is known for its water-solubility and ability to create protective films.
Sustai Insights
Polyvinyl alcohol offers functional benefits as an effective film-former and emulsifier, and it is considered to have low health risks, with no significant concerns regarding carcinogenicity, allergies, or reproductive toxicity. Environmentally, it does not bioaccumulate and has low pollutant potential. Regulatory bodies have not imposed severe restrictions on its use. Despite its beneficial attributes, it is advisable to follow safe usage practices, particularly for sensitive populations. Overall, polyvinyl alcohol is assessed as low risk.
Sodium Citrate
Low RiskSodium citrate is used in cosmetic formulations primarily as a buffering agent, helping to stabilize pH levels. It is derived from citric acid and is commonly found in various personal care products to enhance their efficacy and stability.
Sustai Insights
Sodium citrate offers functional benefits such as effective pH regulation and acts as a mild preservative. It is generally recognized as safe with low risks for cancer, allergies, and reproductive toxicity. Environmental concerns are minimal, with no significant pollutant potential or bioaccumulation. Regulatory bodies like the FDA and COSMOS have no major restrictions on its use. Overall, sodium citrate presents a low risk, making it a viable ingredient in cosmetic formulations. Safe usage practices should be followed, and alternatives are not typically necessary.
Hydrated Silica
Low RiskHydrated silica is a form of silicon dioxide that appears as a fine, white powder. It is commonly used in cosmetic products for its thickening, anti-caking, and absorbent properties, enhancing product texture and stability.
Sustai Insights
Hydrated silica serves as an effective thickening agent and absorbent, contributing to product stability. It has a low potential for health risks, with minimal concerns regarding carcinogenicity, allergies, or reproductive toxicity. Environmental risks are also low, with no significant bioaccumulation or pollution concerns. Regulatory bodies do not impose major restrictions, classifying it as low-risk overall. For safe usage, it is recommended to follow product instructions. Alternatives include more natural thickeners like xanthan gum for sustainable formulations.
Tetrasodium Iminodisuccinate
Low RiskTetrasodium iminodisuccinate is a chelating agent commonly used in personal care and cleaning products to bind metal ions, enhancing product stability and efficacy. It helps improve the performance of surfactants and maintains clarity in formulations, making it valuable in various applications.
Sustai Insights
Tetrasodium iminodisuccinate offers functional benefits as an effective chelating agent, contributing to product stability and efficacy. It is classified with low health risks, including low concerns for cancer, allergies, and reproductive toxicity. Environmentally, it poses low risks as it is not recognized as a pollutant or bioaccumulative. The ingredient is not currently restricted by regulatory bodies, indicating a favorable safety profile. Safe usage practices are advisable, and alternatives may include other biodegradable chelating agents. Overall, the risk level for this ingredient is assessed as low.
Sodium Polyaspartate
Low RiskSodium polyaspartate is a sodium salt of a polyaspartic acid polymer, commonly used as a thickening agent and stabilizer in various cosmetic and personal care products. It aids in improving product texture and enhancing moisture retention, contributing to the overall effectiveness of formulations.
Sustai Insights
Sodium polyaspartate offers functional benefits as a thickener and moisture-retaining agent, helping to improve product texture. It is considered to have low health risks, with no significant concerns regarding carcinogenicity, allergens, or reproductive toxicity. Environmentally, it poses minimal risks, as it is not classified as a pollutant or bioaccumulative. Regulatory bodies do not impose restrictions on its use. Overall, this ingredient is assessed to have a low risk, making it a safe choice in cosmetic formulations.
Sodium Carbonate Peroxide
High RiskSodium carbonate peroxide is an inorganic salt commonly used as a bleaching agent and oxidizer in various cleaning and laundry products.
Sustai Insights
Sodium carbonate peroxide serves effectively as a bleaching and cleaning agent, contributing to product efficacy. However, it poses health risks such as skin and eye irritation, with regulatory restrictions on use due to its potential hazards. Its environmental impact may include being a pollutant, while it is not classified as a bioaccumulative agent. Overall, the risk level associated with sodium carbonate peroxide is high, necessitating careful usage and consideration of safer alternatives.
Sodium Sulfate
Low RiskSodium sulfate is an inorganic salt commonly used in various personal care products. It functions primarily as a bulking agent, helping to improve texture and stability. Sodium sulfate is often found in formulations for its ability to enhance the solubility of other ingredients.
Sustai Insights
Sodium sulfate presents functional benefits as a bulking agent, contributing to product consistency without significant health risks, as it is classified with low concerns for carcinogenicity, allergies, and developmental toxicity. There are no notable environmental hazards associated with its use, and it is not currently restricted by regulatory bodies such as the FDA. Overall, the risk level for sodium sulfate is considered low, making it a safe ingredient in personal care products. Alternatives are available but may not provide identical functional benefits.
Bornanedione
Low RiskBornanedione is an organic compound that serves various functions in products, primarily in the realm of fragrance and flavoring agents. Its use is regulated, and it is not currently listed among restricted substances in skin contact applications, suggesting a generally accepted safety profile.
Sustai Insights
Bornanedione offers functional benefits as a flavoring agent without significant health risks, including low concerns for carcinogenicity, allergenicity, and reproductive toxicity. Environmentally, it poses minimal risks, with no evidence of bioaccumulation or pollution. Regulatory bodies do not impose notable restrictions. Overall, the ingredient presents a low risk profile, making it a safe choice in formulations.
Polyvinyl Alcohol
Low RiskPolyvinyl alcohol is a synthetic polymer used in various applications, including adhesives, coatings, and as a film-forming agent in personal care products. It is known for its water-solubility and ability to create protective films.
Sustai Insights
Polyvinyl alcohol offers functional benefits as an effective film-former and emulsifier, and it is considered to have low health risks, with no significant concerns regarding carcinogenicity, allergies, or reproductive toxicity. Environmentally, it does not bioaccumulate and has low pollutant potential. Regulatory bodies have not imposed severe restrictions on its use. Despite its beneficial attributes, it is advisable to follow safe usage practices, particularly for sensitive populations. Overall, polyvinyl alcohol is assessed as low risk.
Sodium Silicate
Medium RiskSodium silicate is a sodium salt of silicic acid, commonly used in various products for its adhesive and binding properties. It serves multiple functions, including as a pH regulator and a stabilizing agent in formulations.
Sustai Insights
Sodium silicate offers functional benefits such as effective binding and stabilization in formulations. Its health risks are considered moderate, primarily concerning potential skin irritation and allergenic reactions, while its environmental impact is low, with no significant pollutant or bioaccumulation concerns. Regulatory bodies indicate low use restrictions. Recommended safe usage practices include avoiding direct skin contact. Alternatives, such as natural binders, may offer safer options. Overall, sodium silicate presents a medium risk assessment.
Sodium Citrate
Low RiskSodium citrate is used in cosmetic formulations primarily as a buffering agent, helping to stabilize pH levels. It is derived from citric acid and is commonly found in various personal care products to enhance their efficacy and stability.
Sustai Insights
Sodium citrate offers functional benefits such as effective pH regulation and acts as a mild preservative. It is generally recognized as safe with low risks for cancer, allergies, and reproductive toxicity. Environmental concerns are minimal, with no significant pollutant potential or bioaccumulation. Regulatory bodies like the FDA and COSMOS have no major restrictions on its use. Overall, sodium citrate presents a low risk, making it a viable ingredient in cosmetic formulations. Safe usage practices should be followed, and alternatives are not typically necessary.
Hydrated Silica
Low RiskHydrated silica is a form of silicon dioxide that appears as a fine, white powder. It is commonly used in cosmetic products for its thickening, anti-caking, and absorbent properties, enhancing product texture and stability.
Sustai Insights
Hydrated silica serves as an effective thickening agent and absorbent, contributing to product stability. It has a low potential for health risks, with minimal concerns regarding carcinogenicity, allergies, or reproductive toxicity. Environmental risks are also low, with no significant bioaccumulation or pollution concerns. Regulatory bodies do not impose major restrictions, classifying it as low-risk overall. For safe usage, it is recommended to follow product instructions. Alternatives include more natural thickeners like xanthan gum for sustainable formulations.
Tetrasodium Iminodisuccinate
Low RiskTetrasodium iminodisuccinate is a chelating agent commonly used in personal care and cleaning products to bind metal ions, enhancing product stability and efficacy. It helps improve the performance of surfactants and maintains clarity in formulations, making it valuable in various applications.
Sustai Insights
Tetrasodium iminodisuccinate offers functional benefits as an effective chelating agent, contributing to product stability and efficacy. It is classified with low health risks, including low concerns for cancer, allergies, and reproductive toxicity. Environmentally, it poses low risks as it is not recognized as a pollutant or bioaccumulative. The ingredient is not currently restricted by regulatory bodies, indicating a favorable safety profile. Safe usage practices are advisable, and alternatives may include other biodegradable chelating agents. Overall, the risk level for this ingredient is assessed as low.
Discover the power of Grab Green Automatic Dishwashing Detergent Pods. These fragrance-free, plant and mineral-based detergent pods deliver superior cleaning without harsh chemicals, making them an ideal choice for health-conscious and eco-friendly consumers.
- Brilliant Shine: Enjoy a spot-free, brilliant shine on your dishes, as these pods effectively tackle tough grease and stuck-on food.
- Convenient Design: The easy-to-use Velcro closure eliminates the hassle of zip closures, ensuring a seamless experience.
- Natural Ingredients: Formulated with safe, plant-derived ingredients, these pods are free from noxious fumes and caustic chemicals.
- Effective Cleaning: Each pod is pre-measured for optimal use, providing powerful performance while being gentle on the environment.
- Ethically Made: Proudly 100% made in the USA, Grab Green products are cruelty-free and recyclable, supporting sustainable practices and community impact.
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Recommended Products
Discover the power of Grab Green Automatic Dishwashing Detergent Pods. These fragrance-free, plant and mineral-based detergent pods deliver superior cleaning without harsh chemicals, making them an ideal choice for health-conscious and eco-friendly consumers.
- Brilliant Shine: Enjoy a spot-free, brilliant shine on your dishes, as these pods effectively tackle tough grease and stuck-on food.
- Convenient Design: The easy-to-use Velcro closure eliminates the hassle of zip closures, ensuring a seamless experience.
- Natural Ingredients: Formulated with safe, plant-derived ingredients, these pods are free from noxious fumes and caustic chemicals.
- Effective Cleaning: Each pod is pre-measured for optimal use, providing powerful performance while being gentle on the environment.
- Ethically Made: Proudly 100% made in the USA, Grab Green products are cruelty-free and recyclable, supporting sustainable practices and community impact.
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Customer Reviews
Customers’ View
Customers appreciate the effectiveness and eco-friendly nature of Grab Green's Dishwasher Detergent Pods. Many users commend the product for its ability to clean dishes thoroughly without leaving any toxic residue, often noting their satisfaction with the sparkling finish achieved. They highlight the natural, fragrance-free formula as a significant benefit, aligning with health-conscious values. However, there are concerns about the durability of the pods, as some customers reported that many arrived broken, impacting their usability. Despite this, the overall sentiment remains positive, with users valuing the safe ingredients and the cleaner appearance of their dishware, making it a suitable choice for environmentally aware households.
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