Oil Soluble Copper Chlorophyll Paste 3% | E141(i) Compliant

What is Oil Soluble Copper Chlorophyll Paste 3%?

Oil Soluble Copper Chlorophyll Paste 3% is a standardized, high-viscosity natural colorant designed under regulatory code E141(i)다. Obtained by replacing the central magnesium atom with copper to secure thermal and photolytic stability, this lipid-compatible semi-solid paste is derived from leaves of 모루스 알바 L. (Mulberry Leaf) and standardized to a minimum concentration of 3.0% total chlorophyll copper complex within a structured natural lipid matrix carrier.

The specialized paste matrix formulation ensures zero phase separation and anti-stratification during long-term storage, eliminating the risk of concentration gradients or sediment crystallization. Its rheological profile provides high physical stability, making it highly compatible with high-viscosity lipid bases and industrial batch production systems without requiring continuous mechanical agitation.

Distributed globally by Green Spring 기술, this industrial raw material conforms strictly to international safety criteria for food additives, including EU Regulation (EU) No 231/2012 and US FDA purity specifications. The ingredient undergoes rigorous quality control to guarantee compliance with maximum heavy metal thresholds, residual solvent limits, and free ionic copper parameters to support seamless technical integration into automated manufacturing lines.

규격

Learn More About Our Ultimate Solution with Copper Sodium Chlorophyllin.

Quality & Compliance

Global Facility Audits: Manufactured under audited systems at Green Spring Technology holding BRCGS (Grade A), IFS (Higher Level), ISO 9001, and ISO 22000 certifications.

Regulatory Alignment: Conforms to identity and purity criteria under European Union Regulation (EU) No 231/2012 for E141(i) and US FDA specifications.

Oxidation Mitigation: Free ionic copper is strictly restricted to ≤ 0.025% to prevent downstream oil-phase lipid oxidation.

Dietary Certifications: Validated under independent global supervision for Halal and Kosher manufacturing compliance.

Contaminant Exclusion: Heavy metals adhere to Pb ≤ 1.0 ppm, As ≤ 1.0 ppm, Cd ≤ 0.5 ppm, Hg ≤ 0.1 ppm (USP <2232>), with solvents verified via ICH Q3C.

Clean-Label Status: Confirmed as 100% Non-GMO, Non-Irradiated, Allergen-Free, and BSE/TSE Free raw material.

Key Advantages

• Deodorized Sensory Profile Optimization: The modified coordinate covalent structure of E141(i) copper chlorophyll eliminates organic vegetable volatile odors. This refined processing guarantees that the intense green pigmentation integrates into formulas without affecting the delicate aroma of chocolates or altering the essential organoleptic profiles of premium lipid-based skincare oils.

• Matrix Compatibility and Sediment Prevention: Engineered specialized for thick lipophilic bases, the ingredient disperses thoroughly without generating localized micro-particle crystallization, cloudiness, or specking. It maintains long-term structural clarity within dense lipid phases, making it fully compatible with high-viscosity anhydrous topical balms and professional skincare ointments.

• Industrial Batch Processing Stability: The copper-porphyrin ring configuration secures high structural resilience during thermal operations up to 120°C and continuous light exposure. This heat tolerance prevents color browning or oxidative fading during high-temperature chocolate tempering cycles, industrial baking, or extended shelf-life display in transparent retail packaging.

• Zero Separation Paste Rheology: Utilizing a structured vegetable grease and plant-wax system, the semi-solid form exhibits exceptional anti-stratification dynamics. It completely prevents concentration gradient layering and the precipitation of plant waxes during long-term storage, securing a homogeneous tinting strength across large-scale batch manufacturing vats.

Applications

• Functional Margarine and Plant-Based Shortening Blocks: The structured lipid-and-wax matrix of E141(i) paste blends into dense hydrogenated or emulsified fat networks. Its standardized 3.0% concentration allows for precise fat-phase batch compounding between 45°C to 55°C, ensuring uniform green pigmentation across commercial crystallization chilling tubes without generating marbled oil lines or localized wax-crystal cracking during high-speed mechanical packing.

• High-Solids Compound Chocolate and Praline Fillings: Formulated as a moisture-free paste, this natural green oil-soluble pigment disperses uniformly into warm cocoa butter and lecithin systems without causing moisture shock. For R&D formulators running high-capacity deposit molding lines, the pre-blended lipid paste ensures smooth rheological flow through continuous nozzles, effectively preventing the sugar bloom or yield-stress thickening that typically halts automated confectionery extrusion.

• Anhydrous Ointments and High-Viscosity Skin Balms: Operating as a certified COSMOS-compliant fat-soluble additive, the semi-solid colorant incorporates smoothly into viscous beeswax, shea butter, and mineral oil bases. The strict free copper ions ceiling of ≤ 0.025% guarantees that the pigment does not trigger catalytic lipid peroxide formation, successfully preserving the sensory scent, color durability, and anti-rancidity thresholds of premium clean-beauty topical formulations.

• Industrial Baking Fats and Savory Biscuit Fillings: Exhibiting a validated thermal tolerance up to 120°C, the paste maintains a stable, olive-green color value through extended industrial convection oven profiles. R&D formulators can compound the ingredient directly into shortening matrices for savory cream layers or sandwich cookies, ensuring that the natural colorant resists heat-induced browning or light-driven photolytic fading under transparent retail display packaging.

Applications of 3% oil-soluble copper chlorophyll in softgels, cosmetics, and chocolate.

Technical FAQ

Q1: What thermal processing thresholds and melting kinetic controls govern the integration of Oil Soluble Copper Chlorophyll Paste 3% within automated fat-phase compounding systems to prevent localized plant-wax crystallization?

A: The high-viscosity oil soluble copper chlorophyll paste fluidizes between 45°C to 55°C within jacketed blending vats to ensure a complete phase transition. R&D formulators must keep melt-blending below 120°C to prevent structural breakdown of the active coordinate covalent copper-porphyrin rings, verified via spectrophotometric monitoring at 405 nm.

Q2: How does the quality control architecture of this Mulberry Leaf derived Copper Chlorophyll verify that the semi-solid matrix eliminates downstream rancidity risks in high-solid chocolate fillings and fat blocks?

A: Every production lot of Mulberry Leaf derived copper chlorophyll undergoes mandatory ICP-MS testing to restrict free ionic copper to ≤ 0.025%. Eliminating these pro-oxidant catalysts ensures complete chemical inertness within fat matrices, preserving organoleptic stability and resistance against sugar bloom (Loss on Drying ≤ 2.0%).

Q3: Which precise analytical methodology is deployed to quantify active pigment standardization and verify the total removal of volatile vegetable impurities in this specific chlorophyll copper complex paste?

A: Pigment density in this chlorophyll copper complex paste 3% is verified via UV-Vis spectrophotometry to guarantee an E 1% 1cm ≥ 9 at 405 nm and an assay threshold of ≥ 3.0%. Thermal vacuum deodorization completely eliminates organic volatile odors, with purity verified via GC-FID headspace analysis matching USP <467> and ICH Q3C limits.

Why Partner With Green Spring Technology?

• Validated Manufacturing History: Operating advanced extraction facilities designed to secure long-term physical stability and precise spectrophotometric parameters for oil-soluble chlorophyll compounds with over two decades of dedicated execution.

• Sensory Integrity Assurance: Utilizing an advanced thermal vacuum deodorization system to eliminate volatile organic plant odors, guaranteeing that the stable green paste incorporates seamlessly into formulas without compromising natural aroma profiles.

• Objective Batch Consistency: Internal quality control architecture runs standardized UV-Vis spectrophotometry to verify that every batch of Paste 3% consistently aligns with explicit color values and a minimal E 1% 1cm ≥ 9 at 405 nm threshold.

• Verifiable Supply Chain Traceability: Providing a transparent, vertically integrated logistics chain that guarantees continuous raw material replenishment security, competitive cost matrices, and 100% data traceability from raw mulberry leaves to final semi-solid formulations.

• Rapid Sample-to-Scale Service: Maintaining a regular industrial inventory of standardized green paste to accelerate the transition between laboratory R&D and mass production, ensuring validated 10-50g test samples are dispatched efficiently under strict compliance.