Propylene Carbonate

Propylene Carbonate for Battery, Cosmetic & Industrial Applications

Propylene Carbonate, with chemical formula C4H6O3 and CAS number 108-32-7, featuring molecular weight of 102.09 g/mol and cyclic carbonate ester structure, appearing as colorless, odorless liquid with exceptional polar solvent properties, outstanding electrochemical stability, and superior chemical compatibility characteristics, is a specialized high-performance polar aprotic solvent with excellent dielectric properties (ε = 64), improved thermal stability, and superior performance compared to conventional solvents. Propylene Carbonate is specifically manufactured to provide enhanced electrochemical performance, improved solvation characteristics, and superior stability in applications requiring effective polar solvation, high dielectric performance, electrochemical compatibility, and environmentally responsible processing in battery electrolyte systems, cosmetic formulations, pharmaceutical applications, chemical synthesis, and industrial processes. The compound works through multiple mechanisms including high polarity solvation enabling effective dissolution of ionic compounds, electrochemical stability providing superior battery performance, and excellent chemical compatibility ensuring formulation stability, providing broad-spectrum solvation capability, effective electrochemical performance, excellent thermal stability, and outstanding environmental compatibility during processing and application. Propylene Carbonate represents one of the most advanced and versatile polar solvents in modern battery technology and chemical processing, providing exceptional electrochemical stability, superior solvation efficiency, excellent thermal stability without decomposition, and outstanding environmental compatibility during processing and application, making it essential for premium battery electrolytes, cosmetic formulations, pharmaceutical synthesis, chemical manufacturing, and specialized applications requiring high-performance polar solvent technology and environmental responsibility with regulatory compliance.

At Chemicals & Process Equipment Limited, we supply advanced Propylene Carbonate manufactured under stringent quality control standards and international battery, cosmetic, pharmaceutical, industrial, and safety specifications. Our comprehensive product range includes various purity grades, water content specifications, and specialized formulations meeting diverse requirements for battery applications, cosmetic formulations, pharmaceutical synthesis, chemical processing, and specialized industrial applications across global battery, cosmetic, pharmaceutical, and advanced materials markets.

✅ Advanced Electrochemical Technology – Optimized Performance & Multi-Industry Applications
✅ Consistent Quality Standards – Multiple Product Classifications with Comprehensive Documentation
✅ Essential Performance Chemical – Superior Solvation, Electrochemical & Thermal Stability
✅ Multi-Industry Applications – Batteries, Cosmetics, Pharmaceuticals, Chemical Synthesis
✅ Technical Support Package – Complete Application Guidance & Performance Optimization

The global propylene carbonate market was valued at approximately USD 285 million in 2023 and is projected to reach USD 475 million by 2030, growing at a CAGR of 7.6% during the forecast period. Market expansion is driven by increasing lithium-ion battery demand, growing electric vehicle production, expanding cosmetic industry requirements, and rising demand for environmentally friendly solvents in pharmaceutical and chemical industries.

Technical Specifications & Propylene Carbonate Properties

Available Product Types:

• Battery Grade Propylene Carbonate for lithium-ion battery electrolytes
• Cosmetic Grade PC for personal care and cosmetic applications
• Pharmaceutical Grade Propylene Carbonate for drug formulations
• Industrial Grade PC for chemical synthesis and processing
• Electronic Grade Propylene Carbonate for semiconductor applications
• Research Grade PC for laboratory and development applications
• Anhydrous Propylene Carbonate for moisture-sensitive applications
• High Purity PC for specialty electronic applications
• Low Water Content Propylene Carbonate for battery manufacturing
• Stabilized PC for extended storage applications
• Custom Grade Propylene Carbonate for specific requirements
• Analytical Standard PC for testing and calibration
• HPLC Grade Propylene Carbonate for analytical applications
• Green Grade PC for sustainable processing applications
• Food Grade Propylene Carbonate for approved food contact applications

Specialized Application Solutions:

• Battery electrolyte formulation design and optimization services
• Cosmetic compatibility testing and safety evaluation
• Pharmaceutical formulation development and regulatory support
• Chemical synthesis optimization and reaction development
• Electrochemical performance testing and validation
• Thermal stability assessment and processing guidance
• Custom purification and specification development
• Regulatory compliance assistance and documentation support
• Quality assurance and analytical testing services
• Technical training and application guidance programs

Battery and Energy Storage Applications

Lithium-Ion Battery Electrolytes Battery manufacturers utilize Propylene Carbonate for high-performance electrolytes, low-temperature applications, and advanced battery systems requiring battery grade specifications. Battery engineers employ PC for lithium-ion batteries, electric vehicle applications, and energy storage systems providing high dielectric constant (64), excellent electrochemical stability, and superior low-temperature performance with typical concentrations of 20-80% in electrolyte formulations depending on battery chemistry and performance requirements.

Sodium-Ion Battery Systems Energy storage companies use Propylene Carbonate for sodium-ion batteries, alternative battery technologies, and next-generation energy storage requiring specialized electrolyte specifications. Battery researchers employ PC for post-lithium battery development, grid storage applications, and sustainable energy systems requiring effective solvation, electrochemical compatibility, and cost-effective performance with enhanced cycling stability.

Supercapacitor Applications Capacitor manufacturers utilize Propylene Carbonate for supercapacitor electrolytes, high-power applications, and energy storage devices requiring supercapacitor grade specifications. Energy engineers employ PC for ultracapacitors, hybrid energy systems, and power electronics applications requiring high voltage stability, rapid charge-discharge capability, and superior electrochemical performance.

Low-Temperature Battery Systems Specialized battery companies use Propylene Carbonate for cold-weather applications, arctic operations, and low-temperature energy storage requiring low-temperature specifications. Cold-climate engineers employ PC for winter applications, outdoor equipment, and extreme environment systems requiring reliable performance at sub-zero temperatures with maintained electrochemical activity.

Cosmetic and Personal Care Applications

Makeup Formulations Cosmetic manufacturers utilize Propylene Carbonate for lipstick formulations, eye makeup products, and color cosmetics requiring cosmetic grade specifications. Cosmetic chemists employ PC for mascara, eye shadow, and lip products providing excellent solvation properties, formulation stability, and superior texture enhancement with concentrations typically ranging from 0.1-5.0% depending on product type and performance requirements.

Skin Care Products Personal care companies use Propylene Carbonate for cleansing products, skin treatments, and topical formulations requiring skincare specifications. Formulation scientists employ PC for facial cleansers, moisturizers, and specialty treatments requiring effective dissolution, skin compatibility, and enhanced product performance with proven safety profiles.

Hair Care Applications Hair care manufacturers utilize Propylene Carbonate for styling products, treatment formulations, and specialty hair applications requiring hair care specifications. Hair care chemists employ PC for hair styling aids, conditioning treatments, and professional products requiring effective solvation, formulation stability, and superior performance characteristics.

Fragrance and Perfume Industry Fragrance companies use Propylene Carbonate for perfume formulations, fragrance solubilization, and scent delivery systems requiring fragrance grade specifications. Perfumers employ PC for fragrance concentrates, eau de parfum, and specialty scent applications requiring effective fragrance dissolution, stability enhancement, and superior olfactory performance.

Pharmaceutical Applications

Drug Formulation Pharmaceutical companies utilize Propylene Carbonate for drug solubilization, parenteral formulations, and pharmaceutical processing requiring pharmaceutical grade specifications. Pharmaceutical scientists employ PC for injectable formulations, topical medications, and drug delivery systems providing effective drug dissolution, biocompatibility, and regulatory compliance with established safety profiles.

Transdermal Drug Delivery Drug delivery specialists use Propylene Carbonate for skin penetration enhancement, transdermal patches, and topical delivery systems requiring transdermal specifications. Pharmaceutical engineers employ PC for enhanced permeation, controlled release, and targeted delivery applications requiring skin compatibility, penetration enhancement, and therapeutic efficacy.

Oral Drug Formulations Pharmaceutical formulators utilize Propylene Carbonate for oral medications, liquid formulations, and specialty drug products requiring oral grade specifications. Medicinal chemists employ PC for solution formulations, suspension systems, and bioavailability enhancement requiring dissolution improvement, stability enhancement, and patient compliance.

Veterinary Pharmaceuticals Veterinary companies use Propylene Carbonate for animal medications, veterinary formulations, and specialized treatments requiring veterinary specifications. Veterinary pharmacologists employ PC for animal health products, livestock treatments, and companion animal medications requiring safety, efficacy, and species-specific compatibility.

Chemical Synthesis Applications

Organic Synthesis Chemical manufacturers utilize Propylene Carbonate for organic reactions, chemical synthesis, and intermediate processing requiring synthesis grade specifications. Organic chemists employ PC for nucleophilic substitution reactions, organometallic chemistry, and specialty synthesis providing polar aprotic environment, reaction enhancement, and superior selectivity with broad chemical compatibility.

Polymer Processing Polymer manufacturers use Propylene Carbonate for polymer synthesis, polymerization reactions, and plastic processing requiring polymer grade specifications. Polymer scientists employ PC for controlled polymerization, polymer modification, and specialty plastic applications requiring controlled reaction environment, thermal stability, and processing enhancement.

Catalytic Processes Catalyst companies utilize Propylene Carbonate for catalytic reactions, homogeneous catalysis, and specialty chemical processes requiring catalytic specifications. Process chemists employ PC for transition metal catalysis, organocatalysis, and green chemistry applications requiring catalyst solubilization, reaction enhancement, and sustainable processing.

Green Chemistry Applications Sustainable chemistry companies use Propylene Carbonate for environmentally friendly synthesis, green processing, and sustainable manufacturing requiring green chemistry specifications. Green chemists employ PC for CO2 utilization, sustainable solvents, and biodegradable processing requiring environmental compatibility, renewable feedstocks, and reduced environmental impact.

Industrial Processing Applications

Paint and Coating Industry Coating manufacturers utilize Propylene Carbonate for paint stripping, coating removal, and surface preparation requiring industrial specifications. Coating engineers employ PC for paint strippers, industrial cleaners, and surface treatment applications requiring effective dissolution, worker safety, and environmental compatibility compared to traditional solvents.

Textile Processing Textile companies use Propylene Carbonate for fiber processing, textile cleaning, and specialty treatments requiring textile specifications. Textile engineers employ PC for synthetic fiber processing, dyeing applications, and textile finishing requiring effective solvation, process enhancement, and environmental responsibility.

Metal Processing Metal finishing companies utilize Propylene Carbonate for metal cleaning, degreasing, and surface treatment requiring metal processing specifications. Metallurgical engineers employ PC for parts cleaning, surface preparation, and metal treatment applications requiring effective degreasing, corrosion protection, and worker safety.

Electronic Manufacturing Electronics manufacturers use Propylene Carbonate for semiconductor processing, electronic cleaning, and precision applications requiring electronic grade specifications. Electronics engineers employ PC for wafer cleaning, component processing, and electronic assembly requiring ultra-high purity, contamination control, and precision performance.

For comprehensive information about propylene carbonate applications and research developments, you can reference this detailed scientific study on propylene carbonate-based electrolytes for battery applications which provides extensive coverage of propylene carbonate electrochemistry, battery performance optimization, electrolyte engineering, and advanced battery technology from leading electrochemistry and energy storage specialists.

Quality Control & Testing Procedures

Comprehensive Quality Assurance Every production batch undergoes extensive testing to ensure compliance with propylene carbonate standards, battery requirements, cosmetic specifications, and international quality standards. Our quality control laboratory employs advanced analytical techniques including gas chromatography, Karl Fischer titration, and comprehensive electrochemical evaluation.

Quality assurance procedures include:

• Purity analysis using gas chromatography-mass spectrometry
• Water content determination using Karl Fischer titration methods
• Density measurement using precision density meters
• Refractive index testing using calibrated refractometers
• Viscosity analysis using rotational viscometers
• Dielectric constant measurement using precision LCR meters
• Electrochemical stability testing using cyclic voltammetry
• Thermal stability evaluation using thermogravimetric analysis
• Conductivity measurement using precision conductivity meters
• pH testing using calibrated electrode systems
• Heavy metals analysis using ICP-MS techniques
• Chloride content determination using ion chromatography
• Color assessment using spectrophotometric methods
• Flash point testing using standard safety protocols
• Acidity measurement using potentiometric titration
• Microbiological testing using standard culture methods
• Stability testing using accelerated aging protocols
• Performance validation using application-specific testing
• Regulatory compliance verification using official methods
• Customer application support using field evaluation
• Technical consultation using expert analysis
• Process optimization using statistical analysis
• Continuous improvement using quality management systems
• Documentation support using comprehensive record keeping

Storage & Handling Procedures Implement proper storage conditions including controlled temperature and humidity, protection from moisture and contamination, appropriate packaging materials, segregation from incompatible substances, and comprehensive safety procedures for maintaining Propylene Carbonate quality and ensuring safe handling throughout storage and application periods.

Market Applications & Industry Trends

Battery Market Growth Rapidly expanding electric vehicle market, increasing energy storage demand, growing portable electronics production, and rising renewable energy requirements drive continued demand for propylene carbonate in battery applications requiring high performance, environmental safety, and cost effectiveness with superior electrochemical properties.

Cosmetic Industry Development Growing consumer demand for premium cosmetics, increasing personal care awareness, expanding color cosmetics markets, and rising preference for safe ingredients drive adoption of cosmetic-grade propylene carbonate for formulation applications requiring safety, performance, and regulatory compliance.

Pharmaceutical Industry Expansion Advancing drug delivery technology, increasing pharmaceutical production, expanding topical medication markets, and growing demand for biocompatible solvents drive adoption of pharmaceutical-grade propylene carbonate for medical applications requiring efficacy, safety, and regulatory approval.

Green Chemistry Growth Developing sustainable chemistry practices, increasing environmental regulations, expanding eco-friendly processing, and growing demand for biodegradable solvents drive adoption of propylene carbonate for green applications requiring environmental compatibility, sustainability, and reduced environmental impact.

Environmental & Regulatory Compliance

Cosmetic Safety Standards Propylene Carbonate complies with cosmetic safety regulations, FDA approval for personal care use, EU cosmetic directives, and international personal care standards ensuring safe use in cosmetic applications with established safety profiles and comprehensive toxicological assessments for consumer products.

Battery Industry Standards Adherence to battery industry regulations, electrochemical safety requirements, transportation guidelines, and international battery standards ensures appropriate use in battery applications with established safety criteria and performance specifications for energy storage and electric vehicle applications.

Pharmaceutical Standards Compliance with pharmaceutical regulations, USP monograph requirements, EP specifications, and international drug standards ensures safe handling in pharmaceutical applications with established safety protocols and quality specifications including proper processing controls and regulatory documentation.

Environmental Protection Standards Environmental compliance includes biodegradability assessment, ecological impact evaluation, and environmental fate studies ensuring responsible use with consideration for environmental protection and sustainable manufacturing practices in industrial processing applications.

Performance Advantages & Technical Benefits

✔ Superior Electrochemical Performance – High dielectric constant with excellent stability
✔ Advanced Low-Temperature Properties – Maintains performance at sub-zero temperatures
✔ Excellent Chemical Compatibility – Compatible with diverse materials and formulations
✔ Outstanding Thermal Stability – Stable under processing and operating conditions
✔ Multiple Application Methods – Suitable for liquid, gel, and solid formulations
✔ Environmental Safety – Biodegradable with low environmental impact
✔ Regulatory Compliance – FDA approved and internationally certified grades
✔ High Purity Available – Ultra-pure grades for demanding applications
✔ Cost Effectiveness – Economic alternative to specialized solvents
✔ Processing Efficiency – Enhanced dissolution and formulation properties
✔ Quality Consistency – Uniform performance across production batches
✔ Technical Versatility – Multiple industry applications and uses
✔ Safety Profile – Established safety for human contact applications
✔ Global Availability – Reliable supply chains and worldwide distribution
✔ Technical Support – Complete application guidance and optimization services

Our Propylene Carbonate products represent industry-leading standards in polar solvent technology and multi-industry chemical solutions, specifically manufactured for demanding battery applications, cosmetic formulations, pharmaceutical synthesis, and advanced material processing requiring exceptional electrochemical characteristics, reliable safety performance, and comprehensive technical optimization. We provide complete technical support, formulation guidance, and performance consultation to ensure optimal results across your specialized battery, cosmetic, pharmaceutical, or advanced material applications.

For detailed specifications, technical data sheets, or application-specific recommendations, contact our specialized chemical processing division. We offer complete support including product selection, formulation optimization, compatibility testing, regulatory guidance, performance monitoring, and technical assistance to maximize effectiveness in your battery, cosmetic, pharmaceutical, or advanced material applications.

For more information about our products, feel free to Contact Us today.