Erythritol+Stevia

    • Product Name: Erythritol+Stevia
    • Chemical Name (IUPAC): (2R,3S)-butane-1,2,3,4-tetrol + Steviol
    • CAS No.: 149-32-6,57817-89-7
    • Chemical Formula: C4H10O4+C38H60O18
    • Form/Physical State: Solid
    • Factroy Site: 89 Zhangfu Road, Binbei, Binzhou City, Shandong Province
    • Price Inquiry: sales2@boxa-chem.com
    • Manufacturer: Shandong Sanyuan Biotechnology Co., Ltd
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    Specifications

    HS Code

    427656

    Product Name Erythritol+Stevia
    Composition Blend of erythritol and stevia extract
    Sweetness Level Comparable to table sugar
    Caloric Value Near zero calories
    Glycemic Index Very low
    Solubility Highly soluble in water
    Usage Sugar substitute in food and beverages
    Aftertaste Minimal to no aftertaste
    Suitability Safe for diabetics
    Origin Erythritol is a sugar alcohol; stevia is plant-derived
    Heat Stability Stable under heat, suitable for baking

    As an accredited Erythritol+Stevia factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.

    Packing & Storage
    Packing Bright green resealable pouch, clear front window, labeled "Erythritol + Stevia", net weight 500g, natural sweetener blend, no added sugars.
    Container Loading (20′ FCL) Container Loading (20′ FCL) for Erythritol+Stevia: Typically loads 16-18MT in 25kg bags, maximizing efficiency for bulk international shipment.
    Shipping Shipping for the chemical blend **Erythritol+Stevia** is handled in sealed, moisture-resistant packaging to preserve quality and prevent contamination. Standard delivery times range from 3-7 business days, with expedited options available. Temperature-stable conditions are maintained during transit, and material safety data sheets are included with each shipment for handling guidance.
    Storage Erythritol and Stevia should be stored in a cool, dry place away from direct sunlight and moisture. Keep the container tightly sealed to prevent clumping and contamination. Avoid storing near strong odors or chemicals, as the product can absorb them. For optimal freshness, store at room temperature and use clean, dry utensils when handling.
    Shelf Life Erythritol+Stevia typically has a shelf life of about 2-3 years when stored in a cool, dry, and sealed container.
    Application of Erythritol+Stevia

    Purity 99%: Erythritol+Stevia with 99% purity is used in sugar-free confectionery production, where it ensures optimal sweetness and minimal caloric content.

    Particle size 100 mesh: Erythritol+Stevia with 100 mesh particle size is used in instant beverage mixes, where it guarantees rapid dissolvability and uniform blending.

    Melting point 121°C: Erythritol+Stevia with a melting point of 121°C is used in baking applications, where it maintains sweetness stability during high-temperature processing.

    Stability temperature 85°C: Erythritol+Stevia with stability temperature up to 85°C is used in pasteurized dairy formulations, where it preserves non-cariogenic sweetness after heat treatment.

    Moisture content <0.2%: Erythritol+Stevia with moisture content below 0.2% is used in powdered drink applications, where it promotes extended shelf life and prevents clumping.

    pH stability range 3-8: Erythritol+Stevia with a pH stability range of 3 to 8 is used in flavored yogurt products, where it delivers consistent sweetness across acidic and neutral matrices.

    Bulk density 0.8 g/cm³: Erythritol+Stevia with bulk density of 0.8 g/cm³ is used in tabletop sweetener packets, where it enables convenient packaging and controlled portion dispensation.

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    Certification & Compliance
    More Introduction

    Looking Past Table Sugar: Thoughts on Erythritol and Stevia Together

    Walk down any grocery aisle today and you’ll run into the words “unsweetened,” “keto-friendly,” and “sugar-free” on more boxes than you can count. Most people don’t want to pile on the sugar, but there’s still that strong craving to keep dessert or coffee sweet. That’s where mixes like erythritol and stevia come in, promising the taste without the sugar rollercoaster that leaves you tired and regretful by three o’clock.

    Understanding What’s Actually in the Bag

    Erythritol shows up as a white crystal, looking pretty much like table sugar. It belongs to a family called sugar alcohols, even though the name confuses most people. Science says your mouth tastes its cool, almost minty sweetness, and your body skips most of the sugar’s usual tricks. I’ve noticed that many folks who have trouble with other sugar alcohols like xylitol or sorbitol don’t complain after eating things with erythritol. Digestion seems friendlier, especially at moderate doses. Most of it passes into the urine without the usual stomach rumbling that follows other sweeteners.

    Stevia, on the other hand, grows out of the ground as a leafy plant, mostly in South America. People there brewed its leaves long before any scientist bottled the stuff. The sweet part comes from compounds called steviol glycosides. Stevia always struck me as intensely sweet, with just a hint of licorice or herbal aftertaste. Some hate it; some can’t get enough. There’s no denying that one drop of liquid stevia can sweeten an entire mug of tea.

    Why Pair Two Sweeteners?

    Put erythritol and stevia together, and you get something interesting. Erythritol bulks up the blend, giving cookies or cakes some crunch and texture. It adds mouthfeel, which straight stevia just can’t do—try baking meringues with pure stevia, and you’ll see how flat things get. Stevia steps in to pump up the sweetness, making up for the fact that erythritol alone only tastes about 60 to 70 percent as sweet as sugar. They cover each other’s weaknesses. Stevia can taste bitter or earthy on its own; erythritol smooths over the rough edges, delivering a simple, clean sweetness. In my kitchen, I notice baked goods with both sweeteners stay more like the “real deal” than sugar-free treats used to be.

    What Research Actually Shows

    If you dig into scientific studies, erythritol keeps showing up as safe for both the teeth and the waistline, at least in sensible doses. Erythritol’s claim to fame is that the body doesn’t really use it for energy, so it barely bumps up blood sugar or insulin at all. One study published in Regulatory Toxicology and Pharmacology tracked people consuming several servings a day, with no signs of harm. That’s a relief for anyone worrying about blood sugar swings or the sneaky calories in so-called “natural” sweeteners like honey or maple syrup.

    Stevia has its own file of research, some of it going back decades. The World Health Organization and FDA have cleared purified extracts for consumption after reviewing piles of safety data. These agencies don’t throw their stamp of approval lightly. A meta-analysis in The British Journal of Nutrition showed that stevia sweeteners had no effect on blood pressure in people with normal readings and suggested a possible mild lowering effect for those with hypertension. For people trying to use less sugar either because of diabetes or a desire to cut excess calories, both erythritol and stevia land in a safer spot than artificial heavyweights like aspartame or saccharin.

    The Practical Side of Going “Sugar-Free”

    Switching over to these blends might sound easy until you scoop the mix into your coffee and realize it tastes a little too clean, almost clinical compared to sugar’s round, caramel notes. I’ve made that face, too. It took a few tries to get the ratio right in oatmeal or pancake batter. That’s the thing: going sugar-free often means lowering your expectations a bit, at least at the start. Once you adjust, though, the benefits start to add up. You don’t crash after a gingerbread cookie made with an erythritol-stevia mix. Your dentist grins. You skip the guilt. That’s why so many products today—energy bars, ice creams, protein shakes—lean on these two sweeteners to fill the sugar gap without a weekly weigh-in surprise.

    Concerns: The Good, The Bad, The Bloated

    For all the positives, no sweetener comes entirely free of baggage. Erythritol, though gentler than most sugar alcohols, can still cause some stomach gurgling or loose stools if you get carried away. The safety threshold lands higher than with other similar sweeteners, but if you wolf down half a bag of keto cookies, you’ll know. Stevia’s taste throws some people off, especially those with sensitive palates, or those who taste bitterness more acutely thanks to their genes. Some nutritionists argue that relying too much on high-intensity sweeteners could keep cravings alive, making it harder to break the sugar habit for good.

    For me, awareness helps more than outright avoidance. Reading labels, paying attention to how my body feels after eating something, and not chasing every “zero-calorie” trend blindly, that’s saved me from stomach mishaps and disappointment. It’s easy to forget that even so-called “natural” sweeteners have their limits. Erythritol and stevia won’t fix a bad diet or undo three fast food runs a week. They serve a purpose, but only as part of a bigger picture—balanced meals, less processed food, habits that really stick.

    The Role of Trust and Transparency

    Consumers rely on clear, honest information about the foods they buy, and sweetener blends shouldn’t be any different. Companies doing the best here publish research references, explain ingredient sourcing, and make it easy for people to ask questions or report issues. Regulations in much of Europe and North America require transparent labeling, so shoppers spot "erythritol" and "stevia extract" right up front, not buried in fine print. This keeps everyone accountable and gives folks the chance to make informed choices about what they’re putting into their morning coffee or kids’ snacks.

    Solutions: Making It Work for Real Life

    Education plays a big part. Schools, clinics, and community programs do more good by showing people how to swap sugar out smartly, not just banning candy in the lunchroom. Cooking classes or workshops where people taste the difference between sweeteners side by side take away some of the mystery—and the fear. Food manufacturers could do more to reformulate products with these blends so regular families—not just the health-obsessed or diabetic—get healthier options.

    Doctors, dietitians, and chefs each hold a corner of this puzzle. It helps when family doctors talk honestly about sugar, not just wag a finger or repeat “eat less junk.” Registered dietitians break down the research, debunk myths, and steer people toward options that work for their lives, not just their lab values. Home cooks experimenting with erythritol and stevia in place of sugar can share their wins and failures, which spreads practical knowledge better than any food industry pamphlet.

    The Bottom Line

    Erythritol and stevia together fill a real need for millions looking to cut back on sugar, whether driven by health scares, habit, or just a wish for more energy and less regret. That said, no sweetener—natural or synthetic—turns junk food into health food. These blends work best not as a crutch but as a tool for thoughtful eating, making the pleasures of a weekend muffin or morning coffee a bit lighter on the system. All things considered, swapping sugar for a combo like this sits better with the body and weighs less on the mind. In the years ahead, better options and more research should only improve both taste and trust.