[ Bio-Based Rubber Plasticizer CFAME Product Image ]

Chlorinated Fatty Acid Methyl Ester (CFAME)

An eco-friendly, high-efficiency bio-based secondary plasticizer meticulously engineered to improve rubber processability, enhance flame retardancy, and substitute traditional phthalate plasticizers.

In the modern industrial rubber compounding landscape, manufacturers are increasingly pressed to find viable balances between cost reduction, eco-friendly profiles, and strict processing safety. Chlorinated Fatty Acid Methyl Ester (universally recognized in B2B chemical procurement as CFAME) represents a breakthrough green alternative plasticizer derived from natural vegetable oils. By incorporating a stable chlorine matrix into an ester molecular chain, CFAME functions both as a highly effective secondary plasticizer and a flame-retardant synergist. It offers low volatility, superior cross-linking compatibility, and a seamless path to phasing out hazardous ortho-phthalates across diverse synthetic and natural elastomer compounds.

Technical Product Specifications

Property / Parameter Standard Specification
Chemical Name Chlorinated Fatty Acid Methyl Ester (CFAME)
CAS Number 68990-52-3
Appearance Clear, transparent to light-yellow viscous liquid, no suspended solids
Chlorine Content (%) 30% – 45% (Customizable by Grade)
Acid Value (mg KOH/g) ≤ 0.50
Flash Point (°C) ≥ 185 °C
Density (20°C, g/cm³) 1.05 – 1.15 g/cm³
Heating Loss (%) ≤ 1.0% (105°C, 2h)

Why Choose Our CFAME Plasticizer?

  • ✓ Sustainable Bio-Based Composition: Derived fundamentally from natural fatty acid feedstocks, CFAME offers an eco-friendly alternative that significantly decreases carbon footprints compared to conventional petroleum-derived plasticizers.
  • ✓ Excellent Phthalate-Substitution Economics: It can partially substitute high-cost primary plasticizers like DOTP, DINP, or DBP in rubber matrices. This optimization reduces raw material expenses while preserving robust mechanical profiles.
  • ✓ Enhanced Flame Suppression & Softening: The integrated chlorine components act synergistically to boost fire resistance across polar polymers, while the ester structural chain guarantees high Mooney viscosity reduction and exceptional low-temperature flow characteristics.

Primary Applications

CFAME plasticizer behaves with superior molecular affinity when formulated across Natural Rubber (NR), Nitrile Rubber (NBR), Chloroprene Rubber (CR), Polyvinyl Chloride/Nitrile (PVC/NBR) blends, and diverse synthetic masterbatches:

Industrial Conveyor Belts

Extensively selected for mine-safety conveyor belting systems, driving gears, and heavy industrial tracking lines requiring stringent flame-retardant parameters.

Automotive Hoses & Oil Seals

An ideal selection for dynamic fluid lines, flexible hydraulic hoses, automotive wire jackets, and weather-resistant industrial structural gaskets.

Eco-Friendly Rubber Goods

Formulated heavily inside non-hazardous consumer sheets, anti-fatigue floor mats, shoe soles, and technical molded elements targeting Western markets.

⚠ Storage & Handling Guidelines

Maintaining correct warehouse climate parameters is vital to maintain the active purity and performance parameters of CFAME. Because bio-based ester matrices can interact with moisture ingress or undergo slow oxidation under prolonged thermal exposure, adhering to clean storage profiles protects your compounding stocks.

  • • Climate & Exposure Management: Preserve all storage containers inside cool, dry, and perfectly ventilated indoor zones. Keep chemical storage networks completely isolated from hot steam valves, open flames, and direct solar exposure.
  • • Moisture and Sealing Measures: Ensure all container caps and air venting lines remain tightly sealed until active compounding or pumping occurs. Moisture prevention safeguards against slow ester hydrolysis and breakdown.
  • • Certified Storage Lifespan: Under stable, un-opened temperature-controlled warehouse conditions, our commercial CFAME products possess a verified shelf life of 12 months from the manufacturing date. Implementing a First-In, First-Out (FIFO) pipeline is recommended.

Frequently Asked Questions

What is the optimal substitution ratio of CFAME for primary plasticizers? +
Depending on the specific polymer matrix and final shore hardness target, CFAME typically replaces 20% to 50% of the primary phthalate or DOTP plasticizers. In polar rubber blends such as PVC/NBR, it can occasionally be utilized at higher substitution margins to drive maximum cost savings.
How does CFAME improve the flame-retardant performance of rubber goods? +
CFAME contains stable chemically bound chlorine molecules within its aliphatic ester framework. When exposed to ignition temperatures, it thermal-dissociates and releases non-combustible radical species that interrupt oxidative chain reactions. When formulated alongside antimony trioxide or alumina trihydrate (ATH), it exhibits strong flame retardant synergy.
Does CFAME cause any migration or exudation over prolonged periods? +
Due to its balanced polar ester linkages and high molecular weight array, CFAME forms strong intermolecular links inside rubber polymer meshes. When added within standard technical thresholds (typically 10 to 30 phr), it displays excellent resistance to oil bleeding, extraction, or surface migration under standard environmental conditions.

Partner with a Reliable Chemical Supplier

We provide premium-grade Chlorinated Fatty Acid Methyl Ester (CFAME) carefully processed to meet international technical benchmarks. Available in uniform, eco-friendly liquid lots and customizable commercial packaging configurations to ensure absolute batch precision inside your industrial mixing environment.