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PLANTBIND TG

Plant Protein Binding Enzyme System (Texture + Cohesiveness + Cook Stability)
Best for: Plant-based burgers & patties • Nuggets • Kebab/mince • Sausages (formed) • Plant-based seafood cakes/chunks

Function: Strong protein binding, improved firmness & sliceability, reduced crumble, improved cook-loss control

PLANTBIND TG is a precision transglutaminase (TG) enzyme system engineered to improve binding strength and structure formation in plant-based meat and seafood analogues made from pea, soy, wheat, and blended proteins. Plant proteins often show weaker natural binding than animal proteins, resulting in crumble, poor sliceability, low firmness, and higher cook-loss. TG enzyme chemistry works by creating covalent crosslinks between protein chains—primarily between glutamine and lysine residues—forming a stronger, more cohesive protein network. This “protein stitching” improves structural integrity through forming, thermal processing, and final cooking, delivering consistent bite and improved yield.

What it does

Best for

  • Burgers & patties (better cohesion, less cracking, improved bite)
  • Nuggets & formed products (stronger bind, cleaner cut, reduced breakage)
  • Kebab/mince (firm shaping, better hold during cooking)
  • Plant-based seafood (cakes, sticks, chunks: improved structure and firmness)
  • Sausage-style formed products (better sliceability, reduced fat/water separation)
  •  
  • Add PLANTBIND TG during mixing/emulsification before forming.
  • Allow setting time before cooking (time depends on temperature and formulation).
  • Optimize using trials based on bind strength, sliceability, crumble %, and cook-loss.

Product Form : Free-flowing powder

  • TG crosslinking: Builds a 3D protein network by forming covalent bonds between protein chains
  • Better matrix formation: Stronger protein network holds water and fat more effectively
  • Thermal stability: Crosslinked structure remains stable through cooking, reducing breakdown and purge
  • Process consistency: Improved tolerance to protein variability (pea/soy/wheat blends)

Burgers & patties • Nuggets • Kebab/mince • Formed sausages • Plant-based seafood (cakes/sticks/chunks) • Co-extruded / layered analogues (binding layer)

0.10–0.60% on total mix
(Exact dosage depends on protein type, hydration, fat system, processing temperature, and set time required.)

FAQ - PLANTBIND TG

What is PLANTBIND TG used for?

It is used to improve binding, firmness, and structure in plant-based burgers, nuggets, mince, sausages, and seafood analogues—reducing crumble and improving cook stability.

It is based on transglutaminase (TG), which forms covalent crosslinks between protein chains (glutamine–lysine bonding). This strengthens the protein matrix and improves texture.

TG typically works well with soy, wheat, and blended proteins, and can also be effective with pea protein depending on formulation, hydration, and protein functionality.

It can if overdosed. Use trials to balance bite vs tenderness, especially in low-fat or very high-protein formulas.

A stronger protein network holds water and fat more effectively during heating, reducing purge and improving yield.

Yes. Crosslinked protein structure improves slice integrity, especially in sausage-style and block-style products.

Add during mixing/emulsification, before forming. Ensure uniform distribution.

Usually yes. TG needs controlled time and temperature to form crosslinks. The set window is optimized during trials.

Often yes—it can improve structural stability after freeze–thaw, but results depend on recipe and water/fat system. Trials are recommended.

  • Too low: crumble, weak bind, cracking during cooking
  • Too high: overly firm/rubbery bite, reduced juiciness, tough texture

PLANTBIND PLUS

High-water / high-fiber formulations, difficult blends, high-speed lines

PLANTBIND TG

Burgers, patties, nuggets, kebab/mince, seafood chunks/cakes

JUICYWHC

Patties, nuggets, sausages, kebab/mince, seafood analogues

WHC MAX

Fat-rich analogues, emulsified mixes (sausages, nuggets, seafood analogues)

Transforming With
the Science

Food & Agriculture

Protein & Processing

Industrial Applications