Vegetable Gelatin Powder
White Vegetable Gelatin Powder For Odorless Pharmaceutical Products
High Gel Strength ≥ 200g/Cm2 Vegetarian Gelatin For Odorless Pharmaceutical Products Product Description: Product Overview Vegetable Starch Gelatin For Softgel is a vegetarian softgel gelatin, made from plant-based ingredients. It is a great alternative to traditional gelatin, providing a cruelty-free and environmentally-friendly option for softgel production. This product is odorless, making it suitable for consumers who are sensitive to strong scents or prefer neutral
Moisture Resistant Vegetable Gelatin Powder Water Soluble For Optimal Control
Product Description: Product Overview: Vegetable Starch Gelatin For Softgel Our Vegetable Starch Gelatin For Softgel is a high quality modified starch gelatin, made from natural and plant-based ingredients. With a gel strength of ≥ 200g/cm², it provides excellent binding properties for use in softgel capsules. Our unique formula uses vegetable gelatin, making it a suitable option for vegetarians and vegans. It is also free from animal by-products, making it a more sustainable
High Gel Strength Neutral Taste Vegetable Gelatin Powder
Product Description: Product Overview: Vegetable Starch Gelatin For Softgel This vegetarian gelatin is the perfect alternative to traditional animal-based gelatin. Made from vegetable starch, it provides the same gel strength of ≥ 200g/cm² while also meeting dietary and ethical requirements. Key Attributes: Gel Strength: ≥ 200g/cm² Microbial Limits: Total Plate Count ≤ 1000cfu/g Yeast & Mold ≤ 100cfu/g E. Coli Negative Odor: Odorless Taste: Neutral Color: White Our vegetable
Starch Modified Vegetable Gelatin Powder For Softgel Capsules
Vegetarian Gel/ Vegetarian Gelatin/Vegetable Gelatin/Starch Gelatin/ Modified Starch For Softgel Capsules Introduction: At present, most of the packaging materials for soft capsules worldwide are animal gelatin. However, with the in-depth development and application of gelatin soft capsules, their shortcomings and shortcomings have become increasingly prominent, such as complex raw material sources, easy cross-linking reactions with aldehyde compounds, short storage periods,