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    • Home
    • Industries Served
      • BUILDING & CONSTRUCTION
      • Paint, Coatings, Ceramics
      • Pulp, Paper & Wood
      • Asphaltene & Bitumen
      • Stone & Abrasives
      • Wire & Cable
      • Textile, Rubber & Leather
      • Gas, Drilling & Refining
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      • Personal Care & Detergent
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Ingreda
  • Home
  • Industries Served
    • BUILDING & CONSTRUCTION
    • Paint, Coatings, Ceramics
    • Pulp, Paper & Wood
    • Asphaltene & Bitumen
    • Stone & Abrasives
    • Wire & Cable
    • Textile, Rubber & Leather
    • Gas, Drilling & Refining
    • Food & Beverage
    • Personal Care & Detergent
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Bitumen Emulsifiers

Cationic Slow Set (CSS)

Cationic Rapid Set (CRS)

Cationic Rapid Set (CRS)

  •  Used in tack coats and dust control; designed for applications requiring a longer mixing time. 
  • pH 2–6; 65% bitumen; slow breaking

Cationic Rapid Set (CRS)

Cationic Rapid Set (CRS)

Cationic Rapid Set (CRS)

  • Ideal for quick surface dressing and patching; breaks rapidly on contact with aggregates.
  • pH 2–6; rapid breaking; 60–65% bitumen.

Anionic Slow Set (SS)

Cationic Rapid Set (CRS)

Cationic Medium Set (CMS)

  • Suitable for basic aggregates in slurry seal and prime coat applications.
  • pH >7; suitable for basic aggregates

Cationic Medium Set (CMS)

Cationic Medium Set (CMS)

Cationic Medium Set (CMS)

  • Used for cold mix and maintenance mixes; balances workability and breaking time.
  • Medium break time; good adhesion

Anionic Rapid Set (RS)

Cationic Medium Set (CMS)

High Float Emulsions (HF)

  • Applied in fog seals and chip seals; ensures quick adhesion and water resistance.
  • Rapid setting with quick water evaporation

High Float Emulsions (HF)

Cationic Medium Set (CMS)

High Float Emulsions (HF)

  • Preferred for high-stress roads; forms a thick residual film that resists traffic wear.
  • Stable at high temperatures; higher viscosity

Anti-Stripping Agents

Amine-based Agents

Phosphate Ester Agents

Amine-based Agents

  • Commonly used in hot mix asphalt to improve adhesion and resist moisture-induced damage.
  • Dosage: 0.25–0.75% by wt. of binder

Organosilane-based

Phosphate Ester Agents

Amine-based Agents

  • Enhances bonding on acidic or siliceous aggregates; improves durability.
  • Long-term durability, moisture resistance

Phosphate Ester Agents

Phosphate Ester Agents

Phosphate Ester Agents

  • Compatible with acidic binders in warm mix asphalt; reduces chemical reactivity issues.
  • Non-amine; compatible with acidic binders

Polyamine Blends

Adhesion Promoters (bio-based)

Phosphate Ester Agents

  • Offers balanced adhesion and coating in modified asphalt applications.
  • Better workability, improved coating

Adhesion Promoters (bio-based)

Adhesion Promoters (bio-based)

Adhesion Promoters (bio-based)

  • Derived from renewable sources; provides environmentally friendly moisture resistance.
  • Eco-friendly, biodegradable

Fatty Amine Derivatives

Adhesion Promoters (bio-based)

Adhesion Promoters (bio-based)

  • Cost-effective solution for low-budget road construction with good basic performance.
  • Cost-effective, good bonding

Polymer Modifiers

SBS (Linear/Star)

SBS (Linear/Star)

SBS (Linear/Star)

  • Provides excellent elasticity, fatigue resistance, and rutting resistance in heavy traffic areas.
  • Enhances elasticity; softening point >60°C

SBR Latex

SBS (Linear/Star)

SBS (Linear/Star)

  • Liquid polymer used to increase flexibility, fatigue life, and adhesion of surface treatments.
  • % solids: 60%; improves flexibility

EVA Copolymers

SBS (Linear/Star)

EVA Copolymers

  • Enhances thermal and mechanical properties of asphalt at low temperatures.
  • Enhances stiffness & low-temp cracking resistance

Crumb Rubber

Reactive Elastomers

EVA Copolymers

  • Recycled tire rubber used for noise damping, crack resistance, and elasticity.
  • Mesh: 20–40; Dosage: 10–20% by wt. of binder

Terpolymers

Reactive Elastomers

Reactive Elastomers

  • Reactive modifiers that resist oxidation and thermal degradation in pavement.
  • Improves stiffness and aging resistance

Reactive Elastomers

Reactive Elastomers

Reactive Elastomers

  • Chemically bind with asphalt for enhanced long-term elasticity and cohesive strength.
  • Cross-links chemically with bitumen

Asphaltene Dispersants

Aromatic Solvent-Based

Aromatic Solvent-Based

Aromatic Solvent-Based

  • Used in pipelines to prevent asphaltene settling and blockages in heavy crude oil transport.
  • Flash point >60°C; aromatic content >80%

Polymeric Dispersants

Aromatic Solvent-Based

Aromatic Solvent-Based

  • Synthetic additives to stabilize asphaltenes in storage tanks and refining units.
  • High molecular weight, viscosity control

Surfactant Blends

Aromatic Solvent-Based

Surfactant Blends

  • Surface-active agents that keep asphaltenes dispersed during transport and blending.
  • Reduces agglomeration of asphaltenes

Chelating Agents

Amphiphilic Block Copolymers

Surfactant Blends

  • Prevent deposits by binding metal ions that interact with asphaltenes in refining.
  • Binds metal ions; reduces deposits

Oil-Compatible Dispersants

Amphiphilic Block Copolymers

Amphiphilic Block Copolymers

  • Designed for use in fuels and lubricants to maintain homogeneity during storage.
  • Soluble in hydrocarbons; stable at high temperature

Amphiphilic Block Copolymers

Amphiphilic Block Copolymers

Amphiphilic Block Copolymers

  • Innovative dispersants for offshore use; self-organizing molecules that encapsulate asphaltenes.
  • Self-assembling, improves solubility

Fluxing Agents

Bio-Based Esters

Bio-Based Esters

Bio-Based Esters

  • Derived from renewable sources to lower bitumen viscosity in eco-asphalt applications.
  • Biodegradable; flash point >120°C

Mineral Spirits

Bio-Based Esters

Bio-Based Esters

  • Volatile petroleum-based solvents are used in bitumen cutbacks and cold mixes.
  • Boiling range: 150–200°C

Naphthenic Oils

Bio-Based Esters

Tall Oil Derivatives

  • Low-viscosity oils are used to rejuvenate aged asphalt and improve workability.
  • Low viscosity, good solvency

Tall Oil Derivatives

Vegetable Oil Derivatives

Tall Oil Derivatives

  • By-product from kraft pulping; used to enhance flow and mixing in warm-mix asphalt.
  • High solvency; renewable source

Paraffinic Oils

Vegetable Oil Derivatives

Vegetable Oil Derivatives

  • Improve the workability of bitumen emulsions by reducing stiffness.
  • Flash point >150°C; low odor

Vegetable Oil Derivatives

Vegetable Oil Derivatives

Vegetable Oil Derivatives

  • Renewable, low-emission alternatives to fossil-based plasticizers in asphalt mixes.
  • Eco-safe, renewable content

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