Which One Is Right for Your Product?
If you’ve been researching gellan gum for your food, beverage, or personal care formulation, you’ve likely come across two main types: High Acyl (HA) and Low Acyl (LA). But what’s the real difference, and which one should you choose?
As a professional gellan gum supplier, we help customers avoid costly trial‑and‑error. Let’s break down the key differences so you can make the right choice from the start..
The Short Answer
High Acyl Gellan Gum → Creates soft, elastic, non‑brittle, and thermally reversible gels.
Best for: Sauces, desserts, plant‑based dairy, and anything needing a creamy texture.
Low Acyl Gellan Gum → Creates firm, brittle, transparent, and thermally stable gels.
Best for: Fruit jellies, confectionery, bakery glazes, and products requiring clarity and heat resistance.
Detailed Comparison
When comparing High Acyl and Low Acyl gellan gum, several key properties differ significantly.
In terms of gel texture, High Acyl produces a soft, elastic, and flexible gel that is non‑brittle, while Low Acyl creates a firm, hard, and brittle gel structure.
For clarity, High Acyl gels tend to be slightly opaque, whereas Low Acyl gels are highly transparent, making it the preferred choice for crystal‑clear applications.
Regarding heat reversibility, High Acyl gels will melt upon reheating, offering flexibility for processing. In contrast, Low Acyl gels are heat stable and do not revert to liquid when heated.
When it comes to mouthfeel, High Acyl delivers a smooth, creamy sensation, while Low Acyl provides a clean, crisp, and quick flavor release.
Finally, typical use levels also differ. High Acyl is generally used at 0.2% to 0.5%, while Low Acyl is effective at much lower levels, typically between 0.05% and 0.3%.
How to Choose?
1.Choose High Acyl Gellan Gum if:
You’re making plant‑based milk or yogurt – it suspends calcium and cocoa powder without a gritty feel.
You need a soft gel for spoonable desserts or sauces.
You want heat reversibility for processing flexibility.
2.Choose Low Acyl Gellan Gum if:
You need crystal‑clear jellies or confectionery.
Your product requires firm structure and high temperature stability (e.g., bakery fillings).
You want a clean, quick flavor release.
Can They Be Used Together?
Absolutely. Many premium formulations use a blend of HA and LA to achieve a balanced texture – firm yet not brittle, clear yet not watery. We offer custom blends and technical support to help you fine‑tune your product.
Why Buy From Us?
1.Consistent quality with full traceability
2.Kosher, Halal, Non‑GMO, and clean‑label ready
3.Free samples and formulation guidance
4.Fast shipping from multiple warehouses
Whether you need High Acyl, Low Acyl, or a custom blend, we’re here to help you get it right.
Contact us today for a free sample or technical consultation.
If you’ve been researching gellan gum for your food, beverage, or personal care formulation, you’ve likely come across two main types: High Acyl (HA) and Low Acyl (LA). But what’s the real difference, and which one should you choose?
In the worlds of food and medicine, there exists a seemingly ordinary yet extraordinary substance—gelatin. Derived from natural raw materials, it possesses unique physicochemical properties that bring countless conveniences and delights to human life.
Welan Gum is an anionic extracellular polysaccharide produced by fermentation of Alcaligenes sp. In the petroleum industry, it is regarded as a next-generation biopolymer following xanthan gum, particularly suitable for enhanced oil recovery (EOR), drilling fluids, and fracturing fluids. Its molecular backbone consists of glucose, glucuronic acid, and rhamnose units, and its unique side-chain structure enables the formation of rigid helical conformations in solution. This molecular characteristic provides exceptional structural stability under extreme conditions, laying the foundation for its application in harsh reservoir environments.
In the large-scale production of baking fillings, frozen rice and flour products, and Chinese pastries, companies generally face a core challenge: finished products are soft and delicious when they leave the factory, but quickly revert to their original state after a few days of storage, becoming dry, hard, and crumbly, with a tough texture. After freezing, they are prone to cracking, dehydration, and spoilage, severely impacting product reputation and shelf life. Ordinary corn starch is extremely prone to aging and reversion, with extremely poor water retention and stability, making it completely unsuitable for the production requirements of long-term food storage. Addressing this industry pain point, E1422 acetylated distarch, a custom-designed modified corn starch, has become a core functional ingredient in fillings and pasta processing due to its excellent anti-aging and water-locking properties.
Crystal boba, also commercially known as crispy popping boba or konjac jelly balls, has become an indispensable texture ingredient in modern beverage and dessert industries. Different from traditional starch-based tapioca pearls, crystal boba is a thermally irreversible gel system constructed by natural hydrophilic colloids and dietary fiber, featuring zero starch, low calorie, and adjustable textural properties. It can present diverse mouthfeels ranging from chewy and soft to crisp and tender, perfectly compatible with hot and cold milk tea, coffee, yogurt and other beverage scenarios. With the increasingly refined market demand for food texture, single hydrocolloid materials can no longer meet the dual requirements of appearance, taste and stability. The compound application of microbial and plant-based hydrocolloids has become the core technical solution to realize customized high-performance crystal boba.
In the fields of food ingredients and industrial materials, carrageenan (also known as horngrass gum or euryale gum) is a natural, safe, and multifunctional hydrophilic colloid extracted from marine red algae (euryale, horngrass, and cypress algae). With its excellent thickening, gelling, stabilizing, and emulsifying properties, it has become an indispensable core ingredient in the global food industry, as well as in the daily chemical and pharmaceutical industries.
Making the perfect jam is both an art and a science. But when you scale up from kitchen batches to commercial production, pectin for jam becomes your most critical ingredient. The wrong choice leads to runny batches, syneresis (water separation), or grainy texture.
In industrialized food production, thickening, stabilization, and water retention have always been core requirements for food ingredients. Ordinary native starch is prone to problems such as aging and water separation, poor temperature resistance, and stratification and clumping after processing, making it unsuitable for the complex production processes and long-term storage requirements of modern food. E1442 (hydroxypropyl phosphate distarch), as the most versatile modified starch in the food industry, perfectly adapts to various harsh production environments thanks to its cross-linking and etherification dual modification process. This article will explain in detail, based on actual food application scenarios, why food production companies prioritize Nourisi ® E1442 modified starch.
Gelatin, as a natural polymer compound derived from animal collagen, plays a vital role in the yogurt industry. It is not only a legal food additive but also a source of protein with nutritional value. In the yogurt production process, gelatin is mainly used as a stabilizer, thickener, and gelling agent, playing an irreplaceable role in enhancing yogurt quality.
In the dynamic world of food production, xanthan gum has emerged as a versatile and indispensable ingredient, particularly in the realm of sauces. This natural polysaccharide, produced through the fermentation of sugars by the bacterium Xanthomonas campestris, offers a multitude of benefits that enhance the quality, texture, and flavor of various sauces.
