作者： CUIGUAI调味研发团队 出版： 广东独特香料有限公司 最后更新： 2026年7月29日 WhatsApp与Telegram: +86 189 2926 7983 电子邮箱：info@cuiguai.com Sugar is simultaneously a soda's most important ingredient and its greatest liability. It provides sweetness, body, mouthfeel, flavor-carrier function, and microbial stability — but it also delivers approximately 150 calories per 355 mL serving that regulators, public health bodies, and health-conscious consumers increasingly reject. The global sugar reduction market was valued at USD 9.2 billion in 2024 and is projected to reach USD 18.8 billion by 2034, growing at a CAGR of 7.4% (Market.us, 2024). The sugar reduction mouthfeel recovery additives sub-segment alone is forecast to grow from USD 620.5 million in 2026 to USD 1.86 billion by 2036 — a 200% expansion that reflects precisely how difficult it is to remove sugar without removing everything else consumers love about soda. The central challenge is deceptively simple to state: when you remove sugar from a carbonated soft drink, you do not merely reduce sweetness. You eliminate the physical viscosity that creates the "weight" and "body" consumers experience as quality; you lose the flavor-carrier function that amplifies and rounds all other flavor compounds in the formula; you remove the osmotic pressure contribution that affects mouthfeel perception; and you create flavor balance disruptions that cause high-intensity sweeteners to deliver their characteristic bitter, metallic, or licorice aftertaste more prominently. Simply replacing sucrose with stevia or sucralose and adjusting the concentration to match sweetness does not produce a satisfactory reduced-sugar soda — it produces a thinner, flatter, more artificial-tasting product that fails in consumer acceptance panels at rates of 40-65% depending on the category. 本权威技术指南深入剖析糖在碳酸饮料中营造口感的精细机制，详细介绍可恢复这些丧失维度的风味与质感增强剂，以及助力饮料制造商打造真正可与全糖产品在消费者满意度上抗衡的减糖与零糖苏打的配方策略。

1. The Science of Sugar's Role in Carbonated Soda

1.1 砂糖作为多功能成分：超越甜味的多重角色

理解为何减糖技术难度重重，首先须全面掌握蔗糖在碳酸软饮配方中所承担的多重功能。

• 甜味传递（主要功能）：每100毫升用9-13克蔗糖，能呈现中等强度的甜味，起始纯净，无后味，且风味圆润饱满。其甜味感知曲线线性且可预测，适用于广泛的浓度范围。
• Viscosity and mouthfeel (critical secondary function): Sucrose solutions at soda concentrations (9-13% w/v) have significantly higher viscosity than water — approximately 1.3-1.8 mPa.s versus water's 1.0 mPa.s at 20 C. This viscosity increase is directly perceived by mechanoreceptors in the oral cavity as "body," "weight," and "fullness." When sucrose is removed and replaced with zero-calorie sweeteners at 0.01-0.05% concentration (the equivalent sweetness dose for stevia or sucralose), the viscosity collapses to near-water — and consumers experience the product as "thin," "watery," or "cheap."
• Flavor carrier and amplifier: Sucrose's hydrophilic properties help retain polar aroma compounds in the aqueous phase of the beverage, increasing their effective concentration at the taste receptor level. It also moderates the volatilization rate of flavor compounds — creating a more gradual, sustained flavor release that consumers associate with premium product quality. Without sucrose, flavor compounds volatilize more rapidly, creating a less complex, less sustained sensory experience.
• Bitterness masking: At soda concentrations, sucrose actively suppresses bitter taste perception by competing with bitter compounds (including many high-intensity sweeteners' own off-notes) for neural processing bandwidth at the gustatory cortex level. This is a critical function: when sucrose is removed, the residual bitterness of stevia glycosides, the metallic notes of sucralose, and the astringency of polydextrose become perceptible at intensities that consumers find unacceptable.
• Carbonation interaction: Sugar's presence modulates CO2 bubble formation kinetics in carbonated beverages. High-sugar solutions produce finer, more uniform bubble distribution and slower CO2 release — creating a smoother, more sustained carbonation experience. Low-sugar and zero-sugar sodas, without viscosity to moderate CO2 release, often exhibit more aggressive, less pleasant "sharp" carbonation that consumers associate with cheap product quality.

1.2 降糖苏打中三层口感缺失之困

A comprehensive review published in PMC (National Institutes of Health, 2025) on "From Sweetness to Mouthfeel" in reduced-sugar beverages identifies three distinct mouthfeel dimensions that sucrose reduction damages, each requiring different corrective approaches:

• Layer 1 — Viscosity/body deficit: The loss of sucrose's contribution to solution viscosity. This is the most immediately perceptible mouthfeel loss and the most technically straightforward to partially restore through food-grade thickening agents and bodying ingredients.
• Layer 2 — Lubrication/smoothness deficit: Sucrose's hydrophilic film-forming properties create a lubricating layer on the oral mucosa that reduces friction and contributes to the "smooth" quality consumers associate with premium soda. This dimension is more difficult to restore than simple viscosity.
• 第三层——时间感/动态口感不足：蔗糖调节着风味与口感的时间变化——从入口、吞咽到余韵的演变过程。这是最微妙、也是整体满意度的关键维度，且最难通过单一替代成分得以恢复。

2. 口感复原策略：技术工具箱

2.1 水胶体与增稠剂：恢复粘稠度之道

在减糖苏打中，最直接的口感恢复策略是巧妙运用食品级胶体与增稠剂，既能恢复溶液黏稠度，又不增加显著热量。

• Pectin (CAS 9000-69-5): Low-methoxyl pectin at 0.1-0.3% w/v in carbonated beverages provides a clean, slightly fruity mouthfeel contribution that integrates naturally in fruit-flavored sodas without introducing gelling behavior at the low concentrations required for mouthfeel effect. Pectin's mouthfeel contribution is particularly effective in the pH range 3.0-4.0 typical of carbonated sodas, where it carries a slight negative charge that contributes electrostatic interactions with salivary proteins — creating a mild "coating" sensation reminiscent of sucrose.
• 可溶性玉米纤维/菊粉：用量为1-3% w/v，可提供约相当于蔗糖黏稠度的15-25%的黏度贡献，具有益生元功能及温和的甜味调节作用。然而，在碳酸饮料中的应用需谨慎控制碳酸化过程——二氧化碳可能与溶解纤维发生反应，产生不良泡沫或改变气泡动态。
• Gum arabic (CAS 9000-01-5): At 0.5-2% w/v, gum arabic provides excellent mouthfeel — its complex polysaccharide structure creates a smooth, slightly viscous, "coating" sensation that closely mimics sucrose's mouthfeel contribution. It is also a highly effective flavor emulsifier, partially restoring sucrose's flavor-carrier function. Its use is limited by cost (it is one of the more expensive hydrocolloids) and by solubility challenges at high concentrations.
• 纤维素衍生物（羟丙甲纤维素、羧甲基纤维素钠）：羧甲基纤维素在0.05-0.15%的用量范围内，能为碳酸饮料提供丰富的口感厚度，同时对风味的清晰度影响甚微。其应用需谨慎进行pH值兼容性评估——在高离子强度的饮料基质中，羧甲基纤维素可能在pH值低于3.0时发生沉淀。

2.2 口感调节蛋白与肽类

一种更为精细的口感复原之道，乃是利用天然蛋白质与肽类，直接调控感官对口感与甜味的感知过程：

• Thaumatin (CAS 53850-34-3): A natural sweetness-enhancing protein derived from Thaumatococcus daniellii, thaumatin at sub-threshold concentrations (0.001-0.005%) does not add measurable sweetness but potentiates the perceived sweetness intensity of co-present sweeteners by 10-25%. More importantly, it contributes a creamy, rounded mouthfeel quality — attributed to its interaction with salivary proteins — that partially restores sucrose's smoothness dimension.
• 甜乳清蛋白分级：在低浓度（0.1-0.5%）下，特定乳清蛋白分离物能赋予清澈碳酸饮料丰富的口感质感与包覆感，无明显乳制品异味。其在苏打水pH值（通常低于大多数乳清蛋白的等电点）时带正电，与带负电的口腔粘膜产生静电相互作用，形成类似蔗糖的轻柔润滑膜效果。
• 布拉泽因：源自布拉泽因植物的微小甜味蛋白，重量上远胜糖分，赋予饮品圆润自然的甜美感，余韵极少。虽其法规地位因市场而异，但布拉泽因正逐渐成为降糖饮料中崭新的纯标签天然甜味与口感调节利器。

2.3 味道调节化合物：掩盖不足与增强感官体验

口感恢复工具箱的第三要素，非聚焦于物理质感，而是关注风味感知环境——即消费者在无糖状态下感受与体验的感官条件：

• Sodium gluconate (CAS 527-07-1): At 0.02-0.08% w/v, sodium gluconate rounds the flavor profile of reduced-sugar sodas by moderating the perception of acidity and off-notes from high-intensity sweeteners. Its mild umami-adjacent, clean salt character creates a flavor "roundness" that consumers associate with full-sugar product quality.
• Adenosine 5-monophosphate (AMP): A nucleotide flavor potentiator with documented bitter-blocking and sweetness-enhancing activity. At 0.005-0.02%, AMP suppresses the perception of stevia's characteristic bitter-lingering aftertaste and sucralose's metallic notes while simultaneously enhancing the perceived intensity of residual sweetness — effectively creating a better signal-to-noise ratio for the sweetness dimension.
• 同源异黄酮（钠盐）：一种植物提取的黄酮类化合物，具有强效的苦味阻断活性，专门作用于TAS2R苦味受体，响应甜叶菊苷及其他天然甜味剂的余味。在0.002-0.01%的用量范围内，钠同源异黄酮（SHE）可在碳酸饮料中降低40-60%的甜叶菊苦味感知，允许增加甜叶菊的用量以弥补口感损失，同时避免因比例过高而带来的苦味余味增强。
• 乙基麦芽酚（CAS 4940-11-8）：在0.005-0.02%的用量下，具有温和的增甜和提香效果，部分弥补蔗糖去除带来的风味放大损失。其焦糖类特性自然融入可乐和焦糖口味的苏打中。

3. 高强度甜味剂体系：奠定理想基础

3.1 单一甜味剂与复合甜味剂之比较

甜味系统的选择，是减糖苏打配方中最为关键的变量，直接深远地影响口感体验、风味品质与消费者接受度。研究一贯显示，甜味剂的复合搭配优于单一高强度甜味剂，在所有消费者满意度指标中表现更佳：

甜味系统	甜味品质	口感贡献	主要缺陷	最佳应用
仅用苏拉朵糖	纯净，迅速显现	无——用量极低	高负荷时的金属感	可乐、柠檬青柠（短余韵亦可）
仅用Reb-A甜叶菊	中等偏慢	无	苦涩余韵	不推荐单独使用
仅用Reb-M甜叶菊	更加纯净，口感更为圆润	无	高成本，带有轻微甘草香	高端定位
仅用罗汉果	纯净，带有淡淡焦糖香	无	成本，供应波动	天然声称产品
苏拉朵糖 + 甜叶菊Reb-M	卓越而平衡	无——仍需增稠剂	部分市场的法规复杂性	大众市场减糖产品
乙酰醇 + 甜叶菊	最接近糖的口感	中等——赤藓糖醇赋予轻盈的口感	乙酰醇的冷感	零糖天然宣称
阿洛酮+甜叶苷	整体上最接近糖的感觉	良好——阿洛酮模拟蔗糖的口感	成本，市场认可有限	高端零糖

 

3.2 阿洛酮：最具潜力的口感活性甜味剂

在现有的降糖苏打甜味剂选择中，阿洛酮（D-异果糖，CAS 551-68-8）尤为值得关注，因其有望同时应对糖减量带来的甜味、口感与风味载体的多重不足。

• Mouthfeel profile: At concentrations of 5-8% w/v, allulose provides approximately 70% of sucrose's mouthfeel viscosity contribution — significantly better than any other low-calorie sweetener. Its viscosity profile is similar to sucrose at equivalent concentrations, meaning that allulose-sweetened sodas at 7% w/v concentration feel nearly as "full-bodied" as sucrose-sweetened sodas at 10% w/v.
• 甜味品质：阿洛酮糖的甜度约为蔗糖的70%，具有纯净的甜味轮廓、极少的后味，并且在甜味的起始、峰值与消退时间上，几乎完全模仿蔗糖。结合少量的甜叶菊Reb-M（0.007-0.012%）或罗汉果提取物，阿洛酮糖为基础的甜味剂混合物，展现出目前所有零卡系统中最令人满意的甜味表现。
• 法规状态：阿洛酮糖已在美国（FDA GRAS，2012年FDA裁定确认可不列入糖分标签）、日本、墨西哥及新加坡获准作为食品添加剂。尚未在欧盟及其他多个市场获得批准，限制了其全球推广。
• 风味载体优化：不同于大多数低浓度使用的零热量甜味剂，5-8%的阿洛酮（W/V）能真正发挥风味载体功能，其高水结合能力与羟基密度营造出类似蔗糖的分子环境，改善风味化合物在饮料基质中的溶解与分布。

3.3 山梨醇：调控碳酸饮料中的清凉感

乙酰醇（CAS 149-32-6）是减糖碳酸饮料中应用最为广泛的多元醇，因其零净热量、GRAS认证、良好的口感体验及安全性。然而，其主要配方挑战在于——溶解时吸热产生的冷感（溶解热：-43卡/克），在口腔中易引发明显的冷感体验，需在碳酸苏打中的应用中采取特殊应对措施：

• Temperature-dependent cooling: Erythritol's cooling effect is most pronounced when consumed cold (4-10 C) — which is the typical carbonated soda serving temperature. At room temperature (20-25 C), the cooling effect is significantly reduced. This means that carbonated soda applications with erythritol should target usage rates of 3-5% w/v (not the 8-12% sometimes used in still beverages) to keep cooling at below-perceptible threshold for most consumers.
• Carbonation masking: The cooling sensation from carbonation in sparkling beverages provides a natural sensory masking effect that reduces consumer detection of erythritol's chemical cooling. Carbonated soda at 2.5-3.5 volumes CO2 can tolerate approximately 20-30% higher erythritol concentrations before the cooling effect becomes consumer-perceptible compared to equivalent still beverage formulations.
• Flavor balance optimization: The mild cooling of erythritol can be used strategically in lemon-lime and mint-forward soda formulations where a slight cooling dimension enhances the product's "refreshing" positioning. In cola and caramel-flavored sodas where cooling is tonally inappropriate, erythritol usage should be limited and complemented with sucralose or allulose to minimize cooling perception.

4. 降糖苏打的风味提升策略

4.1 Compensating for the Loss of Sugar's Flavor-Amplifying Function

When sugar is removed from a soda formula, the concentration of flavor concentrate typically needs to increase by 20-40% to compensate for the loss of sucrose's flavor-amplification function. However, simply increasing flavor concentrate usage rate without addressing the underlying physical chemistry produces diminishing returns — the additional flavor compounds volatilize more rapidly from the low-viscosity, sugar-free matrix, producing an initial flavor burst without the sustained, rounded flavor experience that sucrose enables. 减糖苏打水的风味有效补偿，需兼顾浓度与释放方式：

• Encapsulated flavor systems: Microencapsulated flavor concentrates — where volatile aroma compounds are spray-dried on modified starch or maltodextrin carriers — provide sustained flavor release in reduced-sugar matrices by delaying volatilization. The gradual hydration and dissolution of the encapsulant in the beverage creates a more extended flavor delivery curve that partially compensates for the loss of sucrose's sustained flavor-carrier function.
• Natural flavor fortification: The removal of sugar's sweetness-amplification function often unmasks the artificial or "chemical" character of synthetic flavor compounds at their standard usage rates. Transitioning to natural or nature-identical flavor concentrates — which carry greater aroma complexity and more naturalistic flavor character — reduces this artificiality perception and improves overall product quality ratings in consumer panels.
• Top-note boosting with flavor modulators: High-impact aroma compounds (furaneol for strawberry/cola character, ethyl butyrate for fruit brightness, vanillin for caramel/cola depth) at 0.001-0.01% provide flavor intensity "punches" that compensate for the overall flavor-level reduction in sugar-free formulations without proportional increases in total flavor concentrate usage.

4.2 降糖苏打中酸系统的优化

The organic acid system in carbonated sodas — primarily citric acid, with secondary contributions from phosphoric acid (cola), tartaric acid, and malic acid — plays a more prominent sensory role in reduced-sugar formulations than in full-sugar products. When sugar's sweetness anchor is reduced or eliminated, the perceived acidity of the residual acid system becomes more prominent — producing a sharper, more acidic product that consumers describe as "harsh" or "unbalanced."

• Acid system recalibration: In reduced-sugar soda reformulations, it is typically necessary to reduce total acid loading by 10-25% compared to the full-sugar formula to maintain the same perceived acid-sweet balance. This reduction should be applied proportionally across the acid system rather than uniformly — citric acid reduction is well-tolerated, while phosphoric acid reduction in cola formulas can affect the characteristic "bite" that defines cola category perception.
• Malic acid for flavor roundness: Replacing a portion of citric acid (0.1-0.2% of total formula) with malic acid creates a rounder, more complex acidity profile that is perceived as less harsh at equivalent pH. Malic acid's bi-functional dicarboxylic acid structure produces a different temporal acidity profile from citric acid — with a slower onset and longer finish — that integrates better with the sweetener systems used in sugar-free formulations.
• 柠檬酸盐缓冲：0.01-0.05%的柠檬酸钠作为温和的缓冲剂，调节减糖汽水中锐利的酸度起点，使酸性系统呈现出更为圆润的感知，而不会显著提升成品饮料的pH值。

减糖苏打的天然风味来源，直接关联于手工苏打的高端定位策略。我们的技术指南 Sourcing Natural Cola Flavors: A Guide for Craft Soda Brands探讨天然香料浓缩物如何使减糖汽水得以保持那份纯正而复杂的风味特质，从而区别于普通的零糖商品配方，彰显高端工艺的独特魅力。

5. 降糖苏打的碳酸化管理

5.1 低粘度基质中二氧化碳浓度的优化

减糖苏打基体的物理特性——黏稠度降低、离子强度变化——影响气体溶解与泡沫表现，需超越单纯替代甜味剂的再配方调整。

• 二氧化碳溶解度：以10% w/v的蔗糖会降低饮料中的CO2溶解度，相较于无糖版本。这意味着，零糖苏打若以与全糖相同的CO2体积进行碳酸化，能在相同温压条件下保留更多二氧化碳，从而带来略显激烈的气泡感。零糖苏打的碳酸体积应比全糖版本低0.2-0.5体积，以确保消费者感受到的碳酸强度相当。
• 低粘度基质中的气泡动力学：无糖基质（近似水状态，无蔗糖）粘度较低，使二氧化碳气泡更易形成与上升，带来更为激烈且泡孔较粗的碳酸体验。第二节所述的增稠剂（果胶、阿拉伯胶、可溶性纤维）部分恢复了调节气泡运动的粘稠度，从而同步改善口感与碳酸质感。
• Foaming risk management: Gum arabic and other hydrocolloids used as bodying agents can interact with carbonation to produce foaming during fill operations and in the consumer's glass. Testing at target carbonation levels and filling temperatures is essential before finalizing hydrocolloid types and concentrations for carbonated soda applications.

5.2 风味气泡水：降糖新平台

高端风味气泡水的蓬勃发展（全球零售额已达70亿至110亿美元），为减糖苏打的配方提供了范例，其在零糖市场已赢得消费者的认可，成为一种成功的减糖范式。

• 水准粘度下的风味加载：商业上的调味气泡水产品显示，当风味系统专门为低粘度、高碳酸传递而设计时，消费者仍能感知并欣赏出丰富的风味层次（0%蔗糖的水样粘度）。核心启示：为了弥补低粘度碳酸基质中风味的快速挥发，风味浓度需显著提升（2-4倍），且风味品质必须明显优越（更自然、更复杂、更清新）于同等静态饮料配方。
• Slight sweetness for palatability: The most commercially successful flavored sparkling water products use trace amounts of natural sweetness — typically from a small amount of fruit juice, stevia at 0.003-0.006%, or erythritol at 0.5-1.0% — to provide just enough palatability and flavor roundness to prevent the product from reading as "bitter mineral water with essence." This minimal sweetener approach is the first step in a continuum from flavored sparkling water toward full reduced-sugar soda.

6. 降糖苏打的法规与标签考量

6.1 全球减糖目标与法规环境

主要市场中，减糖饮料的法规环境日益完善，不仅带来合规压力，也为提前应对减糖目标的品牌提供了市场机遇。

• 英国：自2018年4月起施行的英国软饮料行业征税（SDIL），对每百毫升含糖量在5至8克的饮品征收费用，超出8克者则征收更高税率。这一经济激励促使英国市场发生了广泛的配方调整，也为欧盟及其他地区考虑类似措施提供了借鉴。
• 欧洲联盟（UNESDA承诺）：欧洲软饮料协会联盟（UNESDA）承诺在2019年至2025年间，将软饮料中的平均添加糖减少10%（PMC，2025）。此自愿承诺为底线而非上限——超越目标的品牌可以其表现作为市场差异化的亮点。
• United States: The FDA's updated Nutrition Facts label regulations require that added sugars be disclosed separately, increasing consumer awareness of sugar content in sodas and creating indirect commercial pressure for sugar reduction even absent direct regulatory mandates.
• China GB Standards: GB 28050-2011 (General Rules for Nutrition Labeling of Pre-packaged Foods) provides the framework for sugar content labeling in China's rapidly growing "health beverage" segment. "No added sugar" (无添加蔗糖) and "reduced sugar" (减少糖) claims are increasingly driving premium positioning in Chinese soft drink retail.

6.2 口感增强剂的标签声明

用于恢复减糖苏打口感的功能性成分，亦需考虑其标签标识的合规性与透明度：

• Dietary fiber claims: Soluble dietary fibers (inulin, soluble corn fiber) used as bodying agents can support "excellent source of fiber" or "good source of fiber" claims at appropriate usage levels, adding a second positive marketing claim alongside sugar reduction.
• Natural flavor: In the US (21 CFR 101.22), a "natural flavor" claim requires that all flavor compounds be derived from natural sources by physical, microbiological, or enzymatic processes. Flavor modulators like thaumatin (natural protein) and homoeriodictyol (plant-derived flavanone) qualify as natural under this definition, enabling clean-label reduced-sugar soda formulations.
• Allulose labeling: In the United States, the FDA has confirmed (2022) that allulose does not need to be counted toward total sugars or added sugars on the Nutrition Facts label — despite its chemical classification as a monosaccharide — because it is not metabolized as a calorie-contributing carbohydrate. This labeling advantage significantly enhances allulose's commercial attractiveness for reduced-sugar soda reformulation.

在我们的指南中，减糖配方与更广泛的功能性饮料定位机遇交汇之处得以深入探讨： Creating "Better-For-You" Energy Drinks with Natural Flavor Sources — which provides the framework for elevating reduced-sugar sodas into the premium "better-for-you" beverage segment that commands the highest consumer price tolerance and brand loyalty.

7. 常见问答：苏打减糖之道

Q1：在碳酸饮料中减糖面临的最大挑战是什么？

The biggest challenge is not sweetness replacement — it is mouthfeel recovery. High-intensity sweeteners (stevia, sucralose, monk fruit) can deliver equivalent sweetness at a fraction of the concentration of sucrose. However, at these low concentrations, they contribute essentially zero viscosity, zero flavor-carrier function, and zero bitterness masking to the formula. The result is a beverage that may taste "sweet enough" but feels thin, tastes flat, and has an artificial aftertaste from the unmasked off-notes of the sweeteners themselves. Addressing this requires a multi-ingredient mouthfeel recovery strategy combining bodying agents (allulose, erythritol, pectin, gum arabic), flavor system enhancement, acid system recalibration, and sweetener blend optimization.

Q2：哪种甜味剂能带来最接近糖的口感？

Allulose is currently the closest available ingredient to sucrose in terms of mouthfeel contribution. At 5-8% w/v, allulose provides approximately 70% of sucrose's solution viscosity, has minimal caloric contribution (0.2-0.4 kcal/g versus sucrose's 4 kcal/g), and can be excluded from sugar labeling in the United States. Its primary limitations are its relatively high cost compared to other sweeteners and its lack of regulatory approval in the EU and some Asian markets. For markets where allulose is approved, the optimal system is allulose (5-7% w/v) combined with a small amount of stevia Reb-M (0.005-0.010%) for sweetness enhancement. For markets without allulose access, erythritol (3-5% w/v) combined with stevia Reb-M and a hydrocolloid bodying agent (gum arabic or low-methoxyl pectin) provides the next best mouthfeel approximation.

Q3：在减糖过程中，风味浓缩物需要增加多少？

In typical reduced-sugar soda reformulation, flavor concentrate usage rate needs to increase by 20-40% compared to the full-sugar formula to compensate for the loss of sucrose's flavor-carrier and amplification functions. However, this is a starting point — the optimal increase depends on the specific flavor category (cola typically requires less adjustment than complex fruit flavors), the mouthfeel recovery system used (allulose and erythritol partially restore flavor-carrier function; purely artificial sweeteners provide none), and the target degree of sugar reduction (25% reduction requires less flavor adjustment than 75% reduction). All reduced-sugar flavor reformulations should be validated through sensory panel evaluation rather than relying solely on calculated concentration adjustments.

Q4：如何减轻甜叶菊在碳酸饮料中的苦后味？

Stevia's bitter aftertaste in carbonated beverages results from the activation of TAS2R bitter taste receptors by the rebaudioside glycosides at concentrations required for adequate sweetness. Four strategies effectively reduce this bitterness: (1) Use Reb-M rather than Reb-A — Reb-M has a significantly cleaner bitterness profile. (2) Add sodium homoeriodictyol (SHE) at 0.003-0.008% — a natural bitter blocker specifically effective against stevia bitterness, reducing perceived bitterness by 40-60%. (3) Add adenosine 5-monophosphate (AMP) at 0.005-0.015% — modulates bitterness receptor signaling and enhances sweetness perception simultaneously. (4) Blend stevia with erythritol, allulose, or monk fruit — the bitterness of stevia is significantly less prominent when it is not the sole sweetener, as co-present sweeteners occupy sweetness receptors that create context modulation of bitterness perception.

Q5：翠贵味业为低糖苏打水的风味系统提供哪些定制方案？

广东独味科技有限公司（翠怪）提供减糖及零糖碳酸苏打风味系统的全方位定制服务。我们的开发能力涵盖：针对高强度甜味剂体系（甜叶菊、蔗糖素、罗汉果、阿洛酮）优化的风味浓缩物重塑；为低粘度碳酸基质增强风味释放的天然风味系统；包括乙基麦芽酚、葡萄糖酸钠及天然苦味阻断剂的风味调节包；以及作为整体解决方案开发的完整减糖苏打风味系统（风味+酸系统+调节包）。定制开发起订量为10公斤，提供完整技术资料，包括感官评估验证报告、GC-MS风味分析、稳定性数据及法规合规记录。

8. 结语：打造口感卓越的降糖苏打

在碳酸饮料中减糖是一项多维度的技术挑战，唯有采用全方位的解决方案方能应对。那些在减糖苏打水市场中取得成功的品牌与配方师，正是以全套工具迎接挑战：通过增稠剂与口感活性甜味剂恢复口感，借助天然浓缩物与风味调节剂优化风味系统，重新校准酸系统以适应新的甜度环境，以及同时调配甜味剂混合物以兼顾甜味品质与苦味控制，方能实现令人满意的减糖效果。 The reward for this technical investment is substantial. The global sugar reduction market is projected to reach USD 18.8 billion by 2034, and within this market, the segment of consumers who will pay a genuine quality premium for reduced-sugar sodas that actually taste good — not "diet" or "artificial," but genuinely satisfying — is growing faster than the overall category. The market leader in premium reduced-sugar sodas will not be the brand with the lowest sugar, but the brand with the best-tasting low-sugar product. 广东翠贵味业有限公司（CUIGUAI）的饮料风味研发团队，擅长低糖饮料配方创新——涵盖甜味剂体系优化、口感修复调味剂开发，以及低糖基质的天然香精浓缩物工程。我们遵循GMP标准的生产体系与全面的分析能力，支持品牌从改良旧有苏打到全新低糖系列的完整开发与量产之路。 CUIGUAI's Lemon Tea Flavor作为减糖柑橘汽水开发的理想参考平台，其平衡的柠檬橙香调，经过预先优化以适应饮料基质，赋予自然清新的顶级香气，弥补了柠檬青柠及柑橘汽水配方中因减糖而造成的风味放大损失。 For brands developing reduced-sugar fruit sodas in the tropical and melon flavor segment, CUIGUAI's Refreshing Watermelon Flavor采用高冲击力顶级挥发系统精心调配，在低粘度、减糖饮料基质中维持风味的纯正与感知强度——展现明亮多汁的西瓜风味，无论在全糖还是零糖碳酸饮料中均表现出色。

申请技术咨询与免费风味样品

您是否正进行现有苏打的减糖改良，抑或开发全新低糖碳酸饮品，亟需风味提升与口感复原的专业指导？翠贵提供全方位支持：

• 为合格饮料制造商提供专为高浓度甜味剂体系优化的免费风味浓缩样品。
• 定制减糖苏打水风味系统开发——包括风味、酸系统与调节剂包的整体集成方案。
• 完整的技术资料：感官评估验证、GC-MS风味分析、稳定性数据及法规合规记录。
• 起订量灵活，最低10公斤。月产能达200吨。

公司： 广东独特风味有限公司（翠怪风味） 电话： +86 0769 88380789 WhatsApp与Telegram： +86 189 2926 7983 电子邮箱： info@cuiguai.com 官网： https://www.cuiguai.cn 地址： 中国广东省东莞市道滘镇宾阳南阁东一街16号C座701室

参考资料

1. Market.us. (2024). 减糖市场规模与份额 | 复合年增长率7.4%。https://market.us/report/sugar-reduction-market/
2. 未来市场洞察（2025）。减糖口感恢复添加剂市场 2026-2036。https://www.futuremarketinsights.com/reports/sugar-reduction-mouthfeel-recovery-additives-market
3. PMC / 国家卫生研究院（2025）。《从甜味到口感：饮料中减糖策略综述》。https://pmc.ncbi.nlm.nih.gov/articles/PMC12639530/
4. UNESDA / ResearchGate（2026年）。饮料中的减糖趋势：感官与健康视角的最新动向。https://www.researchgate.net/publication/365052626
5. Synergy Flavors. (2024). 少糖多味：为何减糖成为饮料品牌的首要任务。https://www.synergytaste.com/insights/less-sugar-more-flavor-beverage-trends/
6. Ingredion（2025）。减糖产品解决方案：满足消费者趋势。https://www.ingredion.com/na/en-us/be-whats-next/solutions-reduced-sugar-products-consumer-trends
7. 饮料日报（2024）。用FMP提升低/无糖软饮的品质。https://www.beveragedaily.com/News/Promotional-features/Low-and-no-sugar-soft-drinks-with-FMPs-for-improved-sweetness-and-mouthfeel/
8. 美国食品药品管理局（FDA）（2022年）。阿洛酮与营养成分标签——FDA回应。https://www.fda.gov/
9. 英国税务与海关总署（HM Revenue & Customs），2018年。软饮料行业税（SDIL）——摘要与税率。https://www.gov.uk/guidance/soft-drinks-industry-levy