BLUELAND Laundry Detergent Tablets - Fragrance Free, Hypoallergenic, 36 Count
Citric Acid
Medium RiskCitric acid is an alpha hydroxy acid used in personal care products primarily for its role as a pH adjuster and natural preservative. It occurs naturally in citrus fruits and is commonly utilized in various formulations for its chelating properties and mild exfoliation benefits.
Sustai Insights
Citric acid offers functional benefits as an effective preservative and pH stabilizer, contributing to product longevity and stability. It is biodegradable and derived from renewable sources. Health risks are low, with minimal concerns regarding carcinogenicity, allergies, and reproductive toxicity. However, moderate use restrictions exist due to potential irritation at high concentrations. Environmental risks are limited, as citric acid is not known to accumulate in ecosystems. Regulatory agencies have no significant advisories against its use. Overall, it is assessed as a medium-risk ingredient, with safe usage practices recommended and alternatives available.
Microcrystalline Cellulose
Medium RiskMicrocrystalline cellulose is an isolated, colloidal form of cellulose derived from plant sources. It is commonly used as a bulking agent, stabilizer, and texturizer in various food and cosmetic products due to its ability to improve product consistency and enhance texture.
Sustai Insights
Microcrystalline cellulose offers functional benefits such as acting as a bulking agent and stabilizer in formulations. It is generally considered low risk for carcinogenicity and developmental toxicity, with moderate concerns related to allergies. It does not bioaccumulate and poses minimal environmental hazards. Regulatory bodies do not impose significant restrictions on its use. Safe usage practices should be observed, especially in sensitive populations. Alternatives such as plant-based thickeners may provide similar benefits with potentially lower allergic reactions. Overall, the ingredient is assessed as medium risk.
Subtilisin
Medium RiskSubtilisin is an enzyme obtained by fermentation of certain bacteria, primarily used in cleaning products and detergents for its ability to break down proteins and remove stains. It functions as a protease, facilitating effective cleaning by degrading protein-based stains on fabrics and surfaces.
Sustai Insights
Subtilisin offers functional benefits as an effective stain remover in cleaning products and is biodegradable, contributing to sustainability. However, it is associated with moderate allergenic potential and high non-reproductive organ system toxicity, alongside low risks of carcinogenicity and reproductive toxicity. Regulatory assessments do not list significant restrictions, but caution is advised due to possible irritant effects. Given these factors, the overall risk level is assessed as medium, with recommendations for responsible usage and consideration of safer alternatives.
Amylase
Low RiskAmylase is an enzyme that catalyzes the breakdown of starches into sugars. It is commonly used in food processing, detergents, and other industrial applications to enhance product functionality. Its effectiveness depends on specific conditions, such as temperature and pH, making it versatile in applications ranging from baking to stain removal.
Sustai Insights
Amylase offers functional benefits by efficiently breaking down starches, enhancing food texture and cleaning performance. It is widely recognized as safe and biodegradable, aligning with sustainability goals. However, exposure may pose irritation risks for individuals with enzyme allergies, particularly through inhalation or skin contact. Regulatory assessments classify amylase as generally safe, with no carcinogenic or endocrine-disrupting properties reported. Environmental risks are minimal due to its natural degradability, and its use in products typically adheres to stringent safety standards. While alternative enzymes exist, amylase remains a preferred choice due to its efficiency and low overall risk, which is considered manageable with appropriate precautions.
Cellulase
Low RiskCellulase is an enzyme that breaks down cellulose into simpler sugars. It is commonly used in detergents to remove plant-based stains and in food processing to enhance the digestibility of plant materials. Cellulase is derived from microbial sources and functions effectively under controlled conditions.
Sustai Insights
Cellulase offers valuable functional benefits, including its ability to efficiently degrade cellulose, making it highly effective for stain removal and food processing applications. It is generally regarded as safe, with low health risks; rare allergic reactions have been reported but remain uncommon. Environmentally, cellulase has a negligible pollutant potential and is biodegradable, contributing to its sustainability profile. Regulatory bodies such as the FDA and EU agencies permit its use, provided it meets established purity and safety standards. Overall, cellulase is classified as a low-risk ingredient. Safe use involves adhering to recommended concentrations to minimize any allergenic potential. Sustainable microbial production and the absence of significant environmental hazards enhance its appeal, with no direct substitutes offering comparable functionality and sustainability benefits.
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.
Sodium Carbonate
Low RiskSodium carbonate is an inorganic salt commonly used in various applications, including as a pH regulator, cleaning agent, and water softener. It is valued for its ability to dissolve grease and remove stains effectively in household and industrial cleaning products.
Sustai Insights
Sodium carbonate serves as an effective cleaning agent and pH regulator, contributing to product efficacy. It is not considered a carcinogen, with low risks for allergies and reproductive toxicity, although it can cause skin, eye, and respiratory irritation. Environmental impacts are minimal, as it is not bioaccumulative. Regulatory bodies do not impose significant restrictions, and the ingredient is generally regarded as safe when used appropriately. Overall, sodium carbonate is assessed to present a low risk when handling and applying, with safe usage practices recommended.
Myristyl Glucoside
Low RiskMyristyl glucoside is a surfactant derived from myristic acid and glucose. It functions primarily as an emulsifier and cleansing agent in cosmetic and personal care products, helping to stabilize formulations and enhance the texture of products.
Sustai Insights
Myristyl glucoside offers functional benefits as an effective emulsifier and surfactant, contributing to product stability and usability. It is biodegradable and can be sustainably sourced. Health risks are generally low, with minimal concerns regarding irritancy, allergies, or reproductive toxicity. Environmental risks are also low, with no significant pollutant or bioaccumulation potential. Regulatory bodies do not impose significant restrictions on its use, indicating a low overall risk level. Safe usage practices should be followed, and potential alternatives include other plant-derived surfactants. Overall, the ingredient is assessed as low risk.
Sodium Zinc Polyitaconate
Low RiskSodium zinc polyitaconate is a polymeric compound that functions primarily as a thickening agent and stabilizer in various formulations. It is used in cosmetic and personal care products to enhance texture and improve product stability without impacting the overall formulation adversely.
Sustai Insights
Sodium zinc polyitaconate offers functional benefits as a thickening agent and stabilizer, contributing to the consistency of products. It is considered to have low health risks, with no significant concerns regarding carcinogenicity, allergies, or reproductive toxicity. Environmentally, it poses low risks, with no evidence of bioaccumulation or ecotoxicity. It is not currently subject to regulatory restrictions. Overall, the risk level associated with this ingredient is low, with safe usage practices ensuring minimal adverse effects.
Mannanase
Low RiskMannanase is an enzyme that breaks down mannans, a type of plant polysaccharide. It is commonly used in detergents to enhance cleaning efficiency by degrading complex sugars found in natural stains, making them easier to remove.
Sustai Insights
Mannanase provides significant functional benefits in detergents by improving stain removal and overall cleaning performance, particularly for plant-based residues. Its environmental impact is generally minimal, as enzymes are biodegradable and sourced sustainably in most cases. Health risks are low, with enzyme allergies being rare and no classification as a carcinogen. Regulatory bodies, such as the FDA and EFSA, generally permit its use, provided enzyme safety assessments are conducted. Environmental risks are negligible due to its rapid biodegradability, and the overall risk level is low. Safe handling practices should minimize inhalation exposure during manufacturing. Alternatives include other polysaccharide-degrading enzymes with similar safety profiles, but Mannanase’s efficacy and low environmental impact make it a preferred choice.
Sustai Verified ensures products meet the highest standards for health, sustainability, and transparency. Each product undergoes thorough evaluation by experts who verify sustainability claims, health impacts, and ingredient integrity. Look for the Sustai Verified badge as a mark of trust and alignment with your values. Learn more on our How It Works page.
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Sustai Verified ensures products meet the highest standards for health, sustainability, and transparency. Each product undergoes thorough evaluation by experts who verify sustainability claims, health impacts, and ingredient integrity. Look for the Sustai Verified badge as a mark of trust and alignment with your values. Learn more on our How It Works page.
See How It Works
Sustai Verified ensures products meet the highest standards for health, sustainability, and transparency. Each product undergoes thorough evaluation by experts who verify sustainability claims, health impacts, and ingredient integrity. Look for the Sustai Verified badge as a mark of trust and alignment with your values. Learn more on our How It Works page.
See How It Works
Amylase
Low RiskAmylase is an enzyme that catalyzes the breakdown of starches into sugars. It is commonly used in food processing, detergents, and other industrial applications to enhance product functionality. Its effectiveness depends on specific conditions, such as temperature and pH, making it versatile in applications ranging from baking to stain removal.
Sustai Insights
Amylase offers functional benefits by efficiently breaking down starches, enhancing food texture and cleaning performance. It is widely recognized as safe and biodegradable, aligning with sustainability goals. However, exposure may pose irritation risks for individuals with enzyme allergies, particularly through inhalation or skin contact. Regulatory assessments classify amylase as generally safe, with no carcinogenic or endocrine-disrupting properties reported. Environmental risks are minimal due to its natural degradability, and its use in products typically adheres to stringent safety standards. While alternative enzymes exist, amylase remains a preferred choice due to its efficiency and low overall risk, which is considered manageable with appropriate precautions.
Cellulase
Low RiskCellulase is an enzyme that breaks down cellulose into simpler sugars. It is commonly used in detergents to remove plant-based stains and in food processing to enhance the digestibility of plant materials. Cellulase is derived from microbial sources and functions effectively under controlled conditions.
Sustai Insights
Cellulase offers valuable functional benefits, including its ability to efficiently degrade cellulose, making it highly effective for stain removal and food processing applications. It is generally regarded as safe, with low health risks; rare allergic reactions have been reported but remain uncommon. Environmentally, cellulase has a negligible pollutant potential and is biodegradable, contributing to its sustainability profile. Regulatory bodies such as the FDA and EU agencies permit its use, provided it meets established purity and safety standards. Overall, cellulase is classified as a low-risk ingredient. Safe use involves adhering to recommended concentrations to minimize any allergenic potential. Sustainable microbial production and the absence of significant environmental hazards enhance its appeal, with no direct substitutes offering comparable functionality and sustainability benefits.
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.
Citric Acid
Medium RiskCitric acid is an alpha hydroxy acid used in personal care products primarily for its role as a pH adjuster and natural preservative. It occurs naturally in citrus fruits and is commonly utilized in various formulations for its chelating properties and mild exfoliation benefits.
Sustai Insights
Citric acid offers functional benefits as an effective preservative and pH stabilizer, contributing to product longevity and stability. It is biodegradable and derived from renewable sources. Health risks are low, with minimal concerns regarding carcinogenicity, allergies, and reproductive toxicity. However, moderate use restrictions exist due to potential irritation at high concentrations. Environmental risks are limited, as citric acid is not known to accumulate in ecosystems. Regulatory agencies have no significant advisories against its use. Overall, it is assessed as a medium-risk ingredient, with safe usage practices recommended and alternatives available.
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.
Sodium Carbonate
Low RiskSodium carbonate is an inorganic salt commonly used in various applications, including as a pH regulator, cleaning agent, and water softener. It is valued for its ability to dissolve grease and remove stains effectively in household and industrial cleaning products.
Sustai Insights
Sodium carbonate serves as an effective cleaning agent and pH regulator, contributing to product efficacy. It is not considered a carcinogen, with low risks for allergies and reproductive toxicity, although it can cause skin, eye, and respiratory irritation. Environmental impacts are minimal, as it is not bioaccumulative. Regulatory bodies do not impose significant restrictions, and the ingredient is generally regarded as safe when used appropriately. Overall, sodium carbonate is assessed to present a low risk when handling and applying, with safe usage practices recommended.
Microcrystalline Cellulose
Medium RiskMicrocrystalline cellulose is an isolated, colloidal form of cellulose derived from plant sources. It is commonly used as a bulking agent, stabilizer, and texturizer in various food and cosmetic products due to its ability to improve product consistency and enhance texture.
Sustai Insights
Microcrystalline cellulose offers functional benefits such as acting as a bulking agent and stabilizer in formulations. It is generally considered low risk for carcinogenicity and developmental toxicity, with moderate concerns related to allergies. It does not bioaccumulate and poses minimal environmental hazards. Regulatory bodies do not impose significant restrictions on its use. Safe usage practices should be observed, especially in sensitive populations. Alternatives such as plant-based thickeners may provide similar benefits with potentially lower allergic reactions. Overall, the ingredient is assessed as medium risk.
Subtilisin
Medium RiskSubtilisin is an enzyme obtained by fermentation of certain bacteria, primarily used in cleaning products and detergents for its ability to break down proteins and remove stains. It functions as a protease, facilitating effective cleaning by degrading protein-based stains on fabrics and surfaces.
Sustai Insights
Subtilisin offers functional benefits as an effective stain remover in cleaning products and is biodegradable, contributing to sustainability. However, it is associated with moderate allergenic potential and high non-reproductive organ system toxicity, alongside low risks of carcinogenicity and reproductive toxicity. Regulatory assessments do not list significant restrictions, but caution is advised due to possible irritant effects. Given these factors, the overall risk level is assessed as medium, with recommendations for responsible usage and consideration of safer alternatives.
Myristyl Glucoside
Low RiskMyristyl glucoside is a surfactant derived from myristic acid and glucose. It functions primarily as an emulsifier and cleansing agent in cosmetic and personal care products, helping to stabilize formulations and enhance the texture of products.
Sustai Insights
Myristyl glucoside offers functional benefits as an effective emulsifier and surfactant, contributing to product stability and usability. It is biodegradable and can be sustainably sourced. Health risks are generally low, with minimal concerns regarding irritancy, allergies, or reproductive toxicity. Environmental risks are also low, with no significant pollutant or bioaccumulation potential. Regulatory bodies do not impose significant restrictions on its use, indicating a low overall risk level. Safe usage practices should be followed, and potential alternatives include other plant-derived surfactants. Overall, the ingredient is assessed as low risk.
Sodium Zinc Polyitaconate
Low RiskSodium zinc polyitaconate is a polymeric compound that functions primarily as a thickening agent and stabilizer in various formulations. It is used in cosmetic and personal care products to enhance texture and improve product stability without impacting the overall formulation adversely.
Sustai Insights
Sodium zinc polyitaconate offers functional benefits as a thickening agent and stabilizer, contributing to the consistency of products. It is considered to have low health risks, with no significant concerns regarding carcinogenicity, allergies, or reproductive toxicity. Environmentally, it poses low risks, with no evidence of bioaccumulation or ecotoxicity. It is not currently subject to regulatory restrictions. Overall, the risk level associated with this ingredient is low, with safe usage practices ensuring minimal adverse effects.
Mannanase
Low RiskMannanase is an enzyme that breaks down mannans, a type of plant polysaccharide. It is commonly used in detergents to enhance cleaning efficiency by degrading complex sugars found in natural stains, making them easier to remove.
Sustai Insights
Mannanase provides significant functional benefits in detergents by improving stain removal and overall cleaning performance, particularly for plant-based residues. Its environmental impact is generally minimal, as enzymes are biodegradable and sourced sustainably in most cases. Health risks are low, with enzyme allergies being rare and no classification as a carcinogen. Regulatory bodies, such as the FDA and EFSA, generally permit its use, provided enzyme safety assessments are conducted. Environmental risks are negligible due to its rapid biodegradability, and the overall risk level is low. Safe handling practices should minimize inhalation exposure during manufacturing. Alternatives include other polysaccharide-degrading enzymes with similar safety profiles, but Mannanase’s efficacy and low environmental impact make it a preferred choice.
Discover the BLUELAND Laundry Detergent Tablets, a revolutionary plastic-free cleaning solution that champions sustainability without compromising on performance. These eco-friendly tablets are designed for environmentally and health-conscious consumers who want effective cleaning while caring for the planet.
- Eco-Friendly Cleaning: Made from 100% plastic-free ingredients, these tablets eliminate the waste associated with traditional detergent pods, making them a sustainable choice for your laundry needs.
- Powerful Stain Removal: Formulated with patented enzymes, these tablets tackle tough stains like grass, coffee, and makeup while keeping colors bright and whites white.
- User-Friendly Design: Simply drop a tablet into your washing machine drum before adding laundry for effortless cleaning. No mess, no fuss.
- Gentle on Skin: Hypoallergenic and free from fragrances, dyes, and optical brighteners, these tablets are safe for kids and pets, making laundry a worry-free experience.
- Trusted Certifications: Proudly EPA Safer Choice, Leaping Bunny Cruelty-Free, B Corp Certified, and Climate Neutral, BLUELAND stands for transparency and ethical practices in every product.
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Discover the BLUELAND Laundry Detergent Tablets, a revolutionary plastic-free cleaning solution that champions sustainability without compromising on performance. These eco-friendly tablets are designed for environmentally and health-conscious consumers who want effective cleaning while caring for the planet.
- Eco-Friendly Cleaning: Made from 100% plastic-free ingredients, these tablets eliminate the waste associated with traditional detergent pods, making them a sustainable choice for your laundry needs.
- Powerful Stain Removal: Formulated with patented enzymes, these tablets tackle tough stains like grass, coffee, and makeup while keeping colors bright and whites white.
- User-Friendly Design: Simply drop a tablet into your washing machine drum before adding laundry for effortless cleaning. No mess, no fuss.
- Gentle on Skin: Hypoallergenic and free from fragrances, dyes, and optical brighteners, these tablets are safe for kids and pets, making laundry a worry-free experience.
- Trusted Certifications: Proudly EPA Safer Choice, Leaping Bunny Cruelty-Free, B Corp Certified, and Climate Neutral, BLUELAND stands for transparency and ethical practices in every product.
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Customer Reviews
Customers’ View
Customers appreciate the effectiveness and eco-friendly nature of Blueland's Plastic-Free Eco-Friendly Laundry Tablets. Many users highlight the powerful stain removal capabilities, noting that their clothes come out clean without residue. The product's plastic-free formulation and minimal packaging resonate with environmentally conscious consumers, as it reduces plastic waste and aligns with sustainable practices. Additionally, the ease of use is frequently praised, with customers finding the tablets simple to apply without the mess of traditional detergents. However, some concerns remain regarding tablet breakage during shipping and occasional issues with dissolution in cold water. Overall, customers find this product effective and in line with their commitment to eco-friendly living.
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