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Polyester Polyols for Rigid Foam, Flexible Foam, and C.A.S.E. Applications
LPR Global supplies an extensive range of polyurethane raw materials based on high-quality polyester polyols designed and synthesized to meet industrial requirements. Our products offer high flame retardancy, low thermal conductivity, processing ease, and reliable foam quality. We provide tailored grades compatible with a wide range of rigid and flexible foam systems, ensuring consistent performance and dependable quality across diverse polyurethane applications.
Aromatic Polyester Polyols
Our aromatic polyester polyols feature a rigid aromatic backbone that provides superior flame retardancy, dimensional stability, and thermal insulation efficiency. These grades deliver uniform foam cell structure and low K values, ensuring both mechanical strength and long-term insulation reliability in rigid foam systems. They are widely used in construction insulation panels, spray foam insulations, appliance foams, and cryogenic insulation boards where heat resistance and flame performance are essential. Fully formulated polyol system supply based on these polyols is also available upon request for customers requiring complete rigid foam solutions.
Key features
- High flame retardant performance
- Low thermal conductivity and stable insulation efficiency
- Excellent dimensional stability and cell uniformity
- Proven reliability for rigid foam insulation and structural applications
Applications
- PIR and PUR insulation panels and boards for buildings and cold storage
- Rigid foam systems for refrigerators, freezers, and HVAC insulation
- Cryogenic insulation for LNG/LPG tanks, pipes, and fuel systems
- Structural and sandwich panels for construction and marine equipment
- Spray and block foams requiring low K-value and high flame resistance
Aliphatic Polyester Polyols
Our aliphatic polyester polyols are formulated for C.A.S.E.(coating, adhesive, sealant, and elastomer) applications that require long-term flexibility, mechanical strength, and weather resistance. The aliphatic backbone structure provides excellent color retention and UV stability, preventing yellowing and maintaining consistent appearance under outdoor exposure.These polyols exhibit balanced molecular weight distribution and controlled viscosity profiles that enhance processability, adhesion, and surface smoothness across a wide range of polyurethane systems. Their hydrolytic stability and low acid values contribute to consistent reactivity and durable bonding performance even under humidity or temperature cycling.
Key features
- Strong adhesion and mechanical resilience for C.A.S.E.
- Excellent weatherability and non-yellowing properties for outdoor exposure
- Consistent viscosity and flowability for uniform mixing and stable processing behavior
- Good hydrolytic and aging resistance ensuring long-term flexibility and appearance retention
Applications
- Polyurethane coatings and sealants requiring flexibility and UV resistance
- Elastomer systems for industrial and outdoor mechanical components
- High-adhesion formulations for leather, textile, and composite substrates
- Flexible adhesives for construction, footwear, and automotive interiors
- Outdoor-grade flexible polyurethane systems exposed to sunlight and moisture
Formulated Polyol Systems for Industrial and Consumer Applications
LPR Global offers advanced formulated polyol systems developed through our polyurethane system formulation platform, serving both industrial and consumer markets. Each formulation is designed with high-performance polyester-based polyurethane raw materials optimized for insulation, automotive, footwear, and comfort foam applications. Our polyurethane system solutions exhibit stable processing, consistent mechanical strength, and long-term performance across diverse production environments.
Industrial and Specialty Formulated Polyol Systems
LPR Global supplies fully formulated polyol systems engineered for industrial and construction applications, including cryogenic insulation, refrigeration, marine, automotive, and C.A.S.E. systems. These formulations encompass rigid, semi-rigid, integral-skin, and industrial flexible foams, delivering the required performance under demanding operating conditions.
Cryogenic-grade systems maintain insulation stability and mechanical integrity at extremely low temperatures, while construction-grade systems provide excellent flame retardancy, dimensional stability, and thermal efficiency for insulation panels and spray foams.
Industrial flexible systems offer high resilience, impact absorption, and vibration control, with tailored options for EV battery modules, energy equipment, and flame-rated flexible components used in industrial interiors.
All polyurethane systems are manufactured in Korea under strict quality control and are designed to meet international performance and safety standards for the construction, shipbuilding, and industrial sectors.
Key Features
- Customized formulated polyol systems using aromatic and aliphatic polyester polyols
- Low thermal conductivity and enhanced flame retardancy for rigid foam
- High dimensional stability and durability under cryogenic or high-temperature environments
- Compatibility with multiple blowing agents (HFC, HFO, hydrocarbon, and water-based)
- Proven reliability for industrial, construction, and marine insulation
- Specialty thermal-conductive foam for EV battery modules
Applications
- Cryogenic polyurethane systems for LNG, LEG, and LPG cargo and fuel tanks
- Rigid polyurethane foam systems for construction panels, boards, and spray foams
- Pre-insulated pipe and pipe-cover systems for industrial facilities
- Refrigerator and cold storage foam insulation with low K-value efficiency
- Automotive integral skin and semi-rigid systems for interior components
- Polyurethane systems for C.A.S.E.
Flexible and Consumer Product Formulated Polyol Systems
LPR Global also offers flexible foam formulated polyol systems designed for consumer and comfort applications such as footwear, apparel, bedding, and cushioning materials. These systems are optimized for stable processing, consistent foam quality, and targeted mechanical properties including softness, resilience, and compression recovery.
The formulations cover a broad range of consumer-grade flexible foam applications, including high-resilience molded systems and viscoelastic or memory-type foams used in comfort and cushioning products. They maintain precise reactivity control, fine cell structure, and smooth surface quality under continuous or batch foaming processes, allowing manufacturers to achieve consistent comfort, appearance, and production stability across high-volume operations. These pre-blended systems also support flame lamination and coloring when combined with compatible specialty additives, delivering improved comfort, durability, and aesthetic performance in finished products.
Key Features
- Optimized for soft, resilient, and viscoelastic foam structures
- Consistent cell uniformity and fine surface quality across different foam densities
- Stable reactivity and easy process control for continuous or batch foaming
- Excellent compatibility with colorants, flame lamination promoters, and anti-static agents
- Tailored grades for footwear, apparel padding, memory foam, and comfort cushions
Applications
- Shoe-sole and athletic shoe components
- Molded foam inserts for apparel and wearable applications
- Memory foam and high-resilience cushioning systems for bedding and seating
- Cushioning and packaging foams requiring flexibility and shape recovery
- Flexible polyurethane systems for consumer and comfort-oriented products
Connect with our technical specialists today to discuss your requirements and explore the right solution for your application. Contact Our Technical Team
Silicone Surfactants for Foam Stability and Uniform Cell Structure Control
LPR Global’s silicone surfactants are formulated as specialty polyurethane additives for exceptional foam stabilization and uniform cell morphology control. These surfactants are engineered for high reactivity systems, providing consistent surface smoothness and structural stability in both flexible and rigid polyurethane foams. Each grade is optimized for viscosity control, balanced reactivity, and compatibility with polyester and polyether polyols. They ensure uniform cell distribution, prevent shrinkage or coalescence, and deliver reliable surface quality under various foaming conditions.
Flexible Foam Systems Silicone Surfactant
Our silicone surfactants for flexible polyurethane foams control cell opening and airflow, ensuring balanced foam stabilization and uniform cell distribution. They promote consistent surface smoothness and stable foam rise across different density ranges, contributing to improved elasticity, comfort, and processing efficiency in high-resilience and viscoelastic foams used for furniture, bedding, and cushioning applications.
Key Features
- Controls open-cell formation and air permeability for soft, breathable foam structure
- Balances foam stabilization and cell opening to prevent surface skin or collapse
- Enhances surface smoothness and uniform texture across varying foam densities
- Improves mechanical resilience in High Resilience foam(HR) and viscoelastic foams
- Provides stable processing under both continuous and batch foaming conditions
Rigid Foam Systems Silicone Surfactant
For rigid polyurethane (PUR) and polyisocyanurate (PIR) foams, our silicone surfactants promote uniform fine-cell formation and stable foam structure under high-reactivity conditions. They maintain consistent cell density and closed-cell morphology for enhanced insulation performance. These surfactants minimize shrinkage, improve dimensional stability, and contribute to durable thermal insulation in construction panels, spray foam, and cold storage applications.
Key Features
- Promotes fine closed-cell structure for higher insulation efficiency and R-value retention
- Stabilizes foam structure and minimizes cell collapse under high-reactivity conditions
- Improves dimensional stability and surface uniformity during curing
- Enhances compatibility with flame retardants and fillers in rigid systems
- Provides stable foaming behavior for continuous panels, block foams, and spray applications
PU Catalysts for Balanced Reactivity and Precise Foam Formation Control
Our polyurethane raw materials and formulation additives include advanced PU catalysts designed to precisely balance cream time, gel time, and overall reactivity for stable polyurethane foam formation. The portfolio includes metal-based and amine-modified systems designed for flexible, semi-rigid, and rigid polyurethane foams. Tin catalysts provide rapid gelling and strong crosslinking, while bismuth catalysts offer an eco-friendly alternative with excellent hydrolytic stability. Trimerization catalysts enhance heat resistance in polyisocyanurate systems, and special catalysts combine multiple active components such as potassium, zinc, titanium, and tertiary amine compounds to fine-tune reactivity across different formulations. These catalysts provide versatile control over cream and curing behavior, providing stable processing, consistent foam quality, and balanced performance across a wide range of polyurethane formulations.
Tin Catalysts | Precise Reaction Control and Fast Curing Efficiency High Reactivity
LPR Global’s tin-based polyurethane catalysts offer a broad reactivity spectrum for polyurethane systems requiring fast gelling, high conversion, and mechanical reliability. Available in stannous, DBTDL, MOT, DOT, and MMT-based formulations, our tin catalyst series delivers fine-tuned control from ultra-fast to moderate curing speeds, ensuring consistent crosslink density and smooth cell structure in both flexible and rigid foam production. These grades provide efficient reaction control for shorter processing cycles while maintaining consistent foam quality.
Key Features
- High catalytic activity during urethane gel formation
- Short cream and gel times for rapid curing cycles
- Suitable for both flexible and rigid polyurethane foamConsistent reactivity and stable processing performance
Bismuth Catalysts | Tin-Free, Sustainable Catalysts for Modern PU Systems
Our bismuth catalysts are engineered as next-generation, tin-free solutions that maintain comparable curing performance while meeting global low-VOC and RoHS compliance requirements. The bismuth catalyst series includes both pure bismuth and Bi/Zn hybrid formulations designed for stable reactivity and broad processing compatibility. Their superior hydrolytic stability and long pot life make them ideal for flexible, rigid, and coating-grade polyurethane systems seeking sustainable catalyst alternatives.
Key Features
- Comparable curing performance to organotin systems
- Low toxicity and compliant with environmental standards
- Excellent hydrolytic and thermal stability in wet conditions
- Long pot life and controlled reactivity balance
- Ideal for sustainable, low-VOC polyurethane formulations
Learn more about tin-free, bismuth-based non-toxic catalysts
Amine Catalysts | Controlled Blowing and Balanced Reactivity for Polyurethane Foams
Our amine catalyst series provides controlled blowing performance and reactivity balance between the blowing and gelling reactions in polyurethane foam systems. With low viscosity and high miscibility, these catalysts support uniform foam cell structure and reproducible results across flexible, rigid, and spray polyurethane applications.
The series includes high-activity blowing catalysts optimized for fast rise or continuous foaming processes, as well as balanced blowing and gelling catalysts suitable for both molded and batch foaming in flexible systems, and for gelling initiation in rigid foam formulations.
Key Features
- Tertiary amine-based catalysts for controlled blowing and balanced reactivity
- Low viscosity and high miscibility for smooth polyol blending
- Supports stable rise profile and uniform foam cell structure
- Applicable to continuous, molded, and batch foaming processes
- Compatible with flexible, rigid, and spray polyurethane systems
Trimerization Catalysts | Thermal Resistance and Surface Curing for PIR Applications
LPR Global’s trimerization catalysts are designed for PIR foams and rigid polyurethane systems requiring enhanced thermal stability and flame retardancy. Our trimerization catalyst series promotes isocyanurate ring formation and delivers excellent compressive strength, enabling high-temperature resistance in continuous and discontinuous insulation panel applications.
Key Features
- Promotes isocyanurate ring formation in polyurethane structures
- Improves heat resistance and flame retardancy of insulation foams
- Contributes to compressive strength and dimensional stability at high temperature
- Optimized for polyisocyanurate (PIR) systems and rigid foams
- Delivers consistent curing behavior under high-temperature conditions
Connect with our technical specialists today to discuss your requirements and explore the right solution for your application. Contact Our Technical Team
Flexible PU Foam Additives for Adhesion, Modification, Flame Retardancy, and Surface Stabilization
LPR Global introduces a complete line of polyurethane raw materials and specialty formulation additives for flexible polyurethane foam systems, engineered to improve processing stability and product performance. As part of our polyurethane formulation chemicals portfolio, these additives include bonding and rebond additives that enhance adhesion and lamination, while process stabilizers ensure smooth curing and uniform crosslink control. Elasticity and surface modifiers add softness and resilience, and protective additives preserve color, prevent oxidation, and maintain long-lasting foam appearance. Designed for versatility and quality, these additive systems deliver exceptional comfort, strength, and flame-retardant performance across furniture, bedding, and automotive applications.
Foam Bonding Adhesives
Foam bonding adhesives are designed to provide reliable adhesion between flexible polyurethane foams and various substrates such as fabric, nonwoven, and film. They maintain softness and uniform surface quality after curing, preventing stiffness or hard joint lines in finished foam products. Foam bonding adhesives are available in both solvent-based and solvent-free (hot-melt) options, allowing manufacturers to choose optimal systems depending on production conditions, coating methods, and environmental requirements.
Key Features
- Strong and flexible adhesion between foam and other substrates.
- Maintains smooth, uniform bonded surfaces without lump or stiffness
- Supports both solvent-based and solvent-free (hot-melt) processing systems
- Stable application by spray, roll coating, or nozzle methods
Rebond Adhesives
LPR Global supplies MDI-based polyurethane rebond adhesives for foam recycling to produce high-density rebonded foam blocks. These adhesives bond shredded flexible polyurethane foam particles to form uniform, durable blocks for mattresses, carpet underlays, acoustic panels, and automotive cushioning. They provide strong cohesion between foam particles, maintain uniform density, and prevent lump formation during molding. Compatible with both steam and non-steam curing processes, they reduce material waste and production time while supporting efficient and cost-effective foam recycling.
Key Features
- MDI-based polyurethane binder designed for rebonded foam manufacturing
- Strong adhesion and cohesive strength between foam particles
- Prevents lump formation and ensures uniform density distribution
- Stable block formation during compression molding
- Low application level with high bonding efficiency
- Fast curing and shorter steam cycle for higher productivity
- Applicable to both steam and non-steam curing systems
Foam Modifier | Foam Hardener & Foam Softener
Foam modifiers are specialty polyurethane additives that help manufacturers precisely control foam hardness, density, and resilience without altering the base polyol or isocyanate formulation. Available in both hardener and softener grades, they enable targeted adjustment of foam performance to meet specific comfort and durability requirements. They allow fine-tuning of physical properties without changing existing production settings, maintaining stable processing and consistent cell structure. With just a small dosage, producers can achieve the optimal balance between comfort and mechanical strength in mattresses, furniture cushions, and other flexible foam products while keeping production efficient and reliable.
Key Features
- Controls foam hardness, density, and resilience with precise adjustability
- Available in hardener and softener grades for flexible performance tuning
- Works effectively at low dosage for cost-efficient processing
- Maintains stable reaction behavior and consistent foam quality
Flame Retardant Additives
Flexible foam flame retardant additives are designed to provide reliable fire protection while preserving the softness, elasticity, and appearance of polyurethane foams. Each formulation maintains stable processing, uniform density, and smooth cell structure without compromising mechanical durability. Available in both halogen-based and halogen-free grades, these additives meet major flammability standards such as CAL 117, FMVSS 302, and BS 5852, offering low-VOC, environmentally friendly solutions for furniture, automotive, and bedding applications.
Key Features
- Complies with CAL 117, FMVSS 302, and BS 5852 testing requirements
- Maintains foam resilience, density balance, and surface quality after curing
- Available in halogen-based and halogen-free grades for flexible formulation design
- Supports low-VOC and eco-friendly manufacturing in furniture and automotive sectors
- Provides stable processing and consistent flame-retardant performance
Common Flammability Compliance Standards
- CAL 117 (California Technical Bulletin 117)
Fire safety standard established by the California Bureau of Household Goods and Services for evaluating the flame resistance of foam and upholstery materials used in furniture and mattresses.
- FMVSS 302 (Federal Motor Vehicle Safety Standard 302)
A U.S. Department of Transportation regulation that specifies the burn resistance requirements for materials used in vehicle interiors, including seats, headliners, and door panels.
- BS 5852 (British Standard 5852)
A British Standard that evaluates the ignition resistance of upholstered furniture composites (foam and fabric) when exposed to cigarette and open-flame sources.
Flame Lamination Additives
LPR Global supplies flame lamination additives that enhance adhesion between polyurethane foam and surface materials such as fabric or synthetic leather during the flame lamination process. These additives deliver uniform bonding under direct flame without compromising flame retardancy or low-fogging performance. Each grade is formulated to provide smooth flow, high bonding strength, and stable lamination behavior across various foam densities and textile substrates. They are ideally suited for automotive and furniture applications where clean bonding surfaces, durability, and low volatile emissions are critical.
Key Features
- Delivers strong foam-to-fabric adhesion under flame activation
- Maintains flame resistance and low-fogging performance for automotive use
- Provides clean surface melting and uniform bond line
- Compatible with various foam densities and textile substrates
- Ideal for automotive seating, headliners, and interior trim
Flame Lamination Polyol
For improved adhesion performance, LPR Global also offers a dedicated flame lamination polyol within our polyurethane raw materials portfolio, designed to work synergistically with our flame lamination additives. This polyol improves overall bonding strength between polyurethane foam and surface materials by enhancing flow and interfacial compatibility during the flame lamination process. When used together, the system provides stronger adhesion, clean lamination lines, and stable processing behavior suitable for automotive interiors, headliners, and furniture applications.
Colorant
Our high-performance liquid colorants are formulated for uniform and stable coloration in polyurethane foams. These polyol-reactive systems chemically bond to the polymer matrix, preventing migration or discoloration during long-term use. Optimized for both polyether and polyester foam formulations, they deliver consistent tint strength, excellent dispersion, and smooth visual appearance across a wide range of colors and processing conditions.
Key Features
- Chemically bonds to the foam matrix for stable, non-migrating color
- Provides high tint strength and smooth, uniform color distribution
- Compatible with both polyether and polyester foam systems
- Offers broad color flexibility for design and branding applications
- Ideal for automotive, furniture, and acoustic foam production
Anti-static Agent
Anti-static additives for polyurethane foam deliver effective static charge control and long-term surface stability, helping manufacturers produce cleaner, safer, and more reliable foam products. By dissipating electrostatic buildup and reducing surface resistivity, they prevent ESD-related failures and dust attraction in sensitive environments. The additives blend seamlessly into standard formulations at low dosage, offering an easy and efficient way to upgrade foam performance without changing existing production systems.
Key Features
- Reduces surface resistivity to the 10⁹–10¹¹ Ω range for reliable charge dissipation
- Prevents electrostatic discharge (ESD) that can damage sensitive components
- Minimizes dust attraction and particle adhesion on foam surfaces
- Effective at low addition levels without altering foam properties
- Applicable to flexible foams for packaging, filters, and electronic parts
Anti-Yellowing Agent
Anti-yellowing agents protect polyurethane foam from thermal discoloration and yield loss during high-temperature production. They absorb excess heat and free radicals generated in large foam blocks, preventing core scorch and maintaining bright, clean color. Especially effective in high-water or flame-retardant formulations, these additives help manufacturers achieve consistent quality and high productivity under demanding processing conditions.
Key Features
- Prevents thermal scorch and discoloration during high-temperature foam curing
- Effective in formulations with high water, amine catalysts, or flame retardants
- Maintains bright, clean foam color and surface appearance
- Easy to incorporate without affecting reaction balance or foam structure
- Reduces burnt-core defects and improves production yield in large foam blocks
Indoor Color Stabilizer
Indoor color stabilizers help manufacturers preserve the fresh, clean look of polyurethane foam by preventing yellowing or pink discoloration caused by indoor pollutants such as nitrogen oxides (NOx). Designed for high-value furniture, mattress, and cushioning foams, they protect color integrity during storage and use in enclosed environments with poor air quality. The stabilizer neutralizes reactive gases and maintains chemical stability throughout the foam matrix, keeping light-colored foams bright and consistent. It can be easily incorporated into existing formulations, offering long-term color protection without affecting softness or processing efficiency.
Key Features
- Prevents NOx-related yellowing and pink discoloration in stored or indoor foam
- Maintains long-term brightness and clean appearance in light-colored foams
- Effective for both polyether and polyester foam systems sensitive to gas fading
- Provides reliable protection in indoor environments with poor air quality
- Works at low dosage without altering foam properties or processing stability
Connect with our technical specialists today to discuss your requirements and explore the right solution for your application. Contact Our Technical Team
Industrial Polyurethane Insulation Foams for Buildings and Equipment
LPR Global provides polyurethane raw materials and specialty additives used in rigid PU and PIR insulation systems for construction and industrial equipment applications. Our polyester polyols and formulation additives enhance foam processing stability, uniform cell structure, and long-term insulation performance, contributing to energy-efficient, low-GWP insulation designs that maintain mechanical strength and dimensional stability under demanding service conditions.
Typical Applications
- Rigid PU and PIR insulation boards and sandwich panels
- Spray foam systems for building envelopes and roofing insulation
- Cold-room and refrigerated warehouse walls
- Industrial process insulation for piping and ducts
Cryogenic & Low-Temperature Insulation for LNG and Refrigeration
LPR Global supplies cryogenic-grade polyester polyols and specialty additives used in polyurethane systems that operate under extreme thermal cycling and low-temperature conditions. Our materials have been applied in insulation systems developed by leading shipbuilding and energy engineering companies worldwide, delivering proven reliability and dimensional stability in demanding cryogenic environments while supporting industrial refrigeration and marine containment applications that require precision, mechanical integrity, and long service life.
Typical Applications
- LNG, LPG, and LEG storage tank insulation and containment
- Cryogenic pipe and fitting insulation systems
- Industrial cold storage and refrigeration equipment
- Low-temperature transport and process modules
Industrial Polyurethane Coatings and Protective Systems
Our aliphatic and aromatic polyester polyols provide the foundation for polyurethane coatings that combine hardness, elasticity, and long-term chemical resistance. When formulated with high-performance additives, these polyols create dense crosslinked networks that enhance abrasion and UV resistance while maintaining mechanical flexibility. The resulting coatings deliver exceptional durability and surface protection, performing reliably in heavy-duty flooring, marine structures, and industrial maintenance applications exposed to harsh operating conditions.
Typical Applications
- Protective coatings for steel structures, tanks, and pipelines
- Floor and wall coatings in manufacturing and processing facilities
- Polyurethane-based sealants and joint fillers
- Industrial adhesive and bonding systems for metal and composite repair
- Roof coating systems for industrial and commercial buildings
Automotive & Flame-Retardant Polyurethane Interior Foams
Polyols and flame-retardant additives from LPR Global are incorporated into automotive foam systems to ensure lightweight structure, dimensional stability, and compliance with global flammability and emission standards. Working with both molded and laminated processes, our materials help manufacturers maintain uniform foam texture, smooth surface quality, and reliable process control. The resulting foams combine comfort and safety in headliners, seats, and acoustic insulation components used throughout vehicle interiors.
Typical Applications
- Flame-retardant polyurethane foams for headliners and interior trim
- Seat cushioning and molded foam components
- Flame-laminated PU composites for textile bonding
- Acoustic and vibration-damping foams for NVH management
Flexible Polyurethane Foams for Consumer and Comfort Products
For flexible foam applications such as bedding, furniture, and footwear, LPR Global supplies soft-feel additives, surfactants, and polyester polyols that help formulators design flexible foams with balanced elasticity and smooth tactile response. These materials enhance airflow and recovery behavior, creating open-cell structures with high resilience and consistent comfort. By maintaining stable reactivity and low VOC characteristics, they enable manufacturers to produce durable, clean, and energy-efficient foams suited for long-term use in high-volume comfort products.
Typical Applications
- Memory and high-resilience mattress foams
- Pillows, cushions, and upholstered furniture
- Footwear midsoles, insoles, and protective padding
- Apparel padding and molded comfort accessories
Polyurethane R&D Laboratory and Testing Equipment
Our R&D laboratory is equipped with comprehensive polyurethane formulation and testing systems that support material development, performance evaluation, and process optimization. Through mechanical, thermal, and flammability testing, our team ensures consistent product quality and application reliability across rigid, flexible, and coating systems. These advanced testing capabilities demonstrate our full in-house expertise in polyurethane formulation chemicals and applied performance validation.
Universal Testing Machine (UTM)
UTM Cryogenic Chamber
Thermal Conductivity Analyzer
Cryogenic Aging Simulation Tester
Flammability Tester
(Combustion Behavior)
Flammability Tester
(Gas Emission Type)
Flammability Tester
(Cone Calorimeter)
Flash Point Tester
Moisture Analyzer
Viscometer
Thermal Aging Chamber
Closed-Cell Content Tester
LN₂ Chamber
Low-Temperature Spray Test Chamber
Spray Machine
(Plural-Component System)
