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Food Ingredients Solutions

Food Ingredients Supplier

The food industry increasingly seeks consistent and high-performance ingredients for baking, beverages, dairy, and nutritional products.

Celotech provides HPMC and HEC polymers, including Celopre MK, ME, and MF series, to support formulation development and improve product consistency:

Texture and viscosity control: ensures smooth and stable liquid products, sauces, and soups.
Stability in emulsions and suspensions: prevents separation, sedimentation, or phase separation.
Binder and structuring support: enhances dough handling, gel formation, and product stability.

Celotech HPMC & HEC Solutions for Food Products

Celotech polymers are engineered to enhance food and beverage formulations:

Celopre ME Series: stabilizes emulsions, improves gel formation, and supports consistent coating or layering in confections.
Celopre MK Series: thickens beverages, soups, and sauces; acts as a binder in bakery and snack products.
Celopre MF Series: improves mouthfeel and flow in liquid foods and nutritional drinks.

Formulation Solution Matrix Using

Formulation Role	Recommended Product	Function	Key Benefit
Viscosity control for beverages and nutritional drinks	Celopre MK Series	Thickener / stabilizer	Maintains smooth texture and suspension stability in beverages and fortified drinks
Binder and dough structure enhancer for baked goods	Celopre MK Series	Binder / viscosity modifier	Improves dough handling, texture consistency, and product quality
Emulsion and gel stabilizer for candies and jellies	Celopre ME Series	Stabilizer / gelling agent

Food Beverage HPMC & HEC

Advantages

Reliable texture and viscosity control: consistent performance across batches
Broad compatibility with food ingredients: works with proteins, sugars, fats, and emulsifiers
Efficient polymer use: effective at recommended dosages without compromising product quality
Hands-on engineering support: guidance for pilot trials, recipe optimization, and troubleshooting

Food & Beverage Application Areas

Celotech polymers are widely applied in:

Beverages: juices, dairy drinks, nutritional liquids for viscosity and suspension control
Bakery & Snacks: dough binding, structure enhancement, and textural improvement
Confections: stable emulsions, gel formation, and coating applications
Sauces, Soups & Dressings: smooth texture, suspension stability, and uniform consistency

Our Service

Technical Support for Food Formulations

Celotech engineers provide practical support for food formulation development:

Guidance on polymer grade selection for various food products
Assistance in viscosity, gel, and texture optimization
Support for stability troubleshooting in emulsions, suspensions, and dough systems
Pilot testing and recipe evaluation support

Global Shipping & Delivery

Worldwide coverage for food R&D labs and production sites
Flexible packaging for small-scale trials and bulk use
Timely dispatch to minimize wait time for sample evaluation and formulation trials

Sample Evaluation Services

Provision of Celopre MK, ME, and MF series for lab-scale trials
Support for recipe testing and performance evaluation
Feedback from Celotech engineers to optimize polymer use

Application market analysis of Carboxymethyl cellulose

Carboxymethyl cellulose (CMC) is a cornerstone of modern industrial and consumer products, offering unparalleled versatility and performance.

Food Additives – Carboxy Methyl Cellulose

Sodium Carboxy Methyl Cellulose can be quickly dissolved both in cold water and hot water. Its solution has high transparency and fluidity and can form a stable network structure at different temperatures. During storage, Sodium Carboxy Methyl Cellulose is not sensitive to temperature changes, so that it can make the product structure stable and can enhance the anti-melting property of ice cream.

Brief Introduction of Cellulose Ether

The cellulose ether is a polymer compound having an ether structure made of cellulose, and each glucosyl ring in the cellulose macromolecule contains three hydroxyl groups, a primary hydroxyl group on the sixth carbon atom, and a second or three carbon atoms.