Spray Polyurethane
In today's construction and industrial sectors, energy efficiency and structural safety are more important than ever. Two-component polyurethane systems stand out as one of the most effectiv…
What is Spray Polyurethane
In today's construction and industrial sectors, energy efficiency and structural safety are more important than ever. Two-component polyurethane systems stand out as one of the most effective and reliable solutions for achieving superior thermal insulation. Applied seamlessly on-site using specialized mobile machines and spray equipment, these advanced foam systems create an impermeable barrier against heat transfer.
The adaptability of two-component polyurethane allows it to be utilized across various demanding environments. Once the primary construction phase is complete, these systems are applied to provide long-lasting, gap-free protection.
A significant portion of a building's thermal loss occurs through its roof and foundation. Polyurethane foam securely adheres to these surfaces, preventing energy waste, drastically reducing heating and cooling costs, and protecting the structural integrity from external temperature fluctuations.
Data sheet and sample
The technical data sheet and safety data sheet for this system are shared on request.
The adaptability of two-component polyurethane allows it to be utilized across various demanding environments. Once the primary construction phase is complete, these systems are applied to provide long-lasting, gap-free protection.
A significant portion of a building's thermal loss occurs through its roof and foundation. Polyurethane foam securely adheres to these surfaces, preventing energy waste, drastically reducing heating and cooling costs, and protecting the structural integrity from external temperature fluctuations.
What it delivers
Class E under TS EN 13501-1
Class B2 under DIN-4102
Excellent Thermal Insulation
Effectively minimizes heat transfer, significantly boosting overall energy efficiency and lowering carbon footprints.
Strong Adhesion and Seamless Protection
Bonds perfectly to concrete, metal, and wood, creating a durable, monolithic insulation layer that completely eliminates thermal bridges.
Superior Thermal Conductivity
Achieves an outstanding heat transfer coefficient of 0.023 W/mK, creating a highly effective barrier against external temperature fluctuations.
Minimizes Heat Loss
Formulated with a high-density structure, it significantly reduces energy waste, ensuring long-term thermal stability and lower utility costs.
Optimized Low Viscosity
The liquid blend is designed for smooth, continuous operation through the transfer pumps of specialized spraying machinery, reducing equipment strain.
All-Weather Adaptability
Provides excellent workability and ease of application for contractors, ensuring reliable performance in various environmental conditions.
The Critical Importance of Fire Resistance
Because these insulation materials are heavily utilized in residential buildings, commercial complexes, and industrial facilities, the fire resistance classification of the polyurethane foam is the most critical performance parameter. Structural safety and fire retardancy cannot be compromised.
At Pluskim Kimya, we prioritize safety alongside performance. We have dedicated extensive R&D and conducted rigorous testing to ensure our systems meet the highest safety requirements. As a result, all products in our PLUSOL R-101 and R-102 & PLUSNATE R-100-01 series have successfully passed stringent evaluations by accredited, independent laboratories.
According to international fire resistance and building safety standards, our products are officially classified as:
Class E under TS EN 13501-1
Class B2 under DIN-4102
Why Choose Pluskim Polyurethane Systems?
Selecting the right insulation material guarantees long-term energy savings and safety. Here is why industry professionals trust our specialized polyurethane solutions:
Excellent Thermal Insulation
Effectively minimizes heat transfer, significantly boosting overall energy efficiency and lowering carbon footprints.
Strong Adhesion and Seamless Protection
Bonds perfectly to concrete, metal, and wood, creating a durable, monolithic insulation layer that completely eliminates thermal bridges.
Contact Our Experts for Custom Solutions
Every structural project has unique insulation requirements. For more in-depth technical details, safety data sheets, and customized manufacturing solutions, feel free to reach out. Our expert engineering team at Pluskim Kimya is ready to assist you in determining the most suitable two-component polyurethane system for your specific needs.
Roof Polyurethane Systems: Maximum Durability and Insulation
Roofs are subjected to the most severe weather conditions and temperature extremes, making them a primary source of building energy loss. The PLUSOL R-102-xx roof formulation is specifically engineered to combat this heat transfer while reinforcing the structural integrity of the roofing system.
Superior Thermal Conductivity
Achieves an outstanding heat transfer coefficient of 0.023 W/mK, creating a highly effective barrier against external temperature fluctuations.
Minimizes Heat Loss
Formulated with a high-density structure, it significantly reduces energy waste, ensuring long-term thermal stability and lower utility costs.
Optimized Low Viscosity
The liquid blend is designed for smooth, continuous operation through the transfer pumps of specialized spraying machinery, reducing equipment strain.
All-Weather Adaptability
Provides excellent workability and ease of application for contractors, ensuring reliable performance in various environmental conditions.
Where it is used
High Fire Resistance
Independently tested and certified to provide enhanced fire safety for both residential and industrial applications.
Versatile Application
Specifically engineered for optimal performance across foundations, roofs, and sensitive food industry environments.
Enhanced Load Resistance
Fortified with specialized polyether components and next-generation blowing agents, the foam improves the physical durability and load-bearing capacity of the roof.
Suitable for Inverted Roofs
Engineered with a precisely tuned reaction speed profile, making it highly effective for inverted roof applications and complex architectural designs.
Strong, Universal Adhesion
Forms a permanent, seamless bond with diverse roofing substrates, including wood, bare concrete, and corrugated metal sheets.
Cost-Effective Material Consumption
Applied at an optimized density of 25-30 kg/m³, it offers a distinct material-saving advantage over denser roof systems without sacrificing insulation quality.
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Let us specify the right system for your line
Tell us your application, line type and target density; our technical team will reply with a formulation proposal.