Whatsapp: +86 18038011409

Your trusted supplier of Hospital Flooring polyurea coatings

MPU polyurea coating is the ideal solution for hospital environments, offering seamless, waterproof, and antibacterial flooring that resists corrosion from iodine, disinfectants, and medications. Its elastic, noise-reducing surface enhances safety by preventing falls. Additionally, our polyurea coating is solvent-free with low VOC emissions, ensuring a clean and odorless environment.

Explore MPU COATINGS’ third generation polyurea hospital flooring solutions, designed to exceed the performance of traditional epoxy coatings. Our innovative self-leveling polyurea simplifies application by eliminating the need for a topcoat, significantly improving efficiency. Our custom coatings are tailored for OEM/ODM to meet your specific brand, color, packaging, and application requirements.

Trust our chemical expertise to deliver hospital flooring solutions that set new standards in performance and longevity. Contact us today to enhance your healthcare facility with MPU COATINGS.

Polyurea coating construction scheme

Hot sale-Hospital floor

Option 1: Primer P02V + Self-Leveling T06N-SL1-UV

  • High Flowability:

    Self-leveling material spreads evenly, filling uneven floor areas to create a smooth surface

  • Superior Sealing

    Its excellent sealing properties have already resolved capillary issues, eliminating the need for a topcoat.

  • High Strength

    Self-leveling polyurea forms a thick, durable film in one step. Once cured, it offers high strength, elasticity, and wear resistance.

  • UV Resistance

    Withstands intense sunlight and aging due to excellent UV resistance.

  • Recommended Usage:

    Primer: 0.15-0.3 kg/㎡

    Self-Leveling: 1-2 kg/㎡

Option 2: Primer P02V + Intermediate Coat M02N + Top

Coat T06N-GL-UV

  • Primer Layer

    Seals the substrate surface, enhances adhesion, and provides a solid foundation for subsequent coatings.

  • Polyurea Intermediate Coat

    Increases overall thickness and mechanical strength, smoothens surface irregularities, and offers a seamless transition layer.

  • Polyurea Top Coat

    Serves as the final decorative and protective layer, delivering the desired aesthetic finish and surface properties.

  • lmportant Note:

    After completing one process step, the next step should be covered within 24 hours.If conditions are not sufficient, the substrate must be sanded before the next stepand covered as soon as possible.

  • Recommended Usage

    Primer: 0.15-0.3 kg/㎡

    Intermediate Coat: 0.2-2 kg/㎡

    Top Coat: 0.15-0.3 kg/㎡

Diversity Of Choice

The Diversity of Self-Leveling

  • Self-Leveling T06N-SL1-UV

    Withstands intense sunlight and aging due to excellent UV resistance.Suitable for outdoor and indoor use.

  • Self-Leveling T04N-SL1

    Indoor decoration solvent-free two-component polyurethane/polyurea floor self-leveling

  • Self-Leveling T06N-SL1-UV

    Economical version of T06N-SL1-UV, not suitable for light-colored systems. Solvent-free two-component polyurethane/polyurea floor self-leveling

  • Self-Leveling Colored Sand

    This product is designed for use in various applications where colored sand is needed for aesthetic or functional purposes

The Diversity of Top Coat

Flat topcoat & Ultra wear-resistant

  • Flat topcoat M06T-UV

    Aliphatic solvent-free polyurea floor coating with UV protection technology, high gloss smooth finish or optional semi-gloss fine aggregate textured finish.

  • Flat topcoat T06N-GL-V

    Solvent-free two-component polyurethane/polyurea floor finish for interior decoration

  • Ultra wear-resistant T06N-SA-UV

    Aliphatic solvent-free polyurea topcoat with UV protection technology, optional semi-gloss fine aggregate texture finish.

Hand-applied Polyurea Coatings

Flexible and diverse construction methods

MPU polyurea polyurethane adopts latent curing technology to appropriately reduce the initial reaction activity of the material, prolong the material operation time, and does not affect the final curing speed and material performance of the material.

MPU polyurea coating can be applied manually by brushing or scraping with a roller brush, a brush, or a trowel, or it can be efficiently sprayed with spray equipment. The construction methods are flexible and diverse.

Application Scenarios

MPU offers high-performance seamless floors and wall systems for a wide range of industries including medical, healthcare, manufacturing, automotive, food and beverage processing, education, hospitality and entertainment, food service, and much more.

  • Hospital flat polyurea coating floor

  • Hospital super wear-resistant polyurea coating floor

  • Flat painted colored quartz polyurea floor

  • Self-leveling colored quartz polyurea floor

  • Plain multi-layer polyurea floor

  • Plain thin-coated polyurea floor

  • Outdoor polyurea floor

  • Polyurea seamless antibacterial floor

Color Service

The MPU Coating floor color card is derived from the German RAL color card, a highly respected standard among color professionals in the international industrial, architectural, and design sectors. The RAL color standard is extensively used in various color matching designs and color calibration processes.

Please note that due to variables such as lighting conditions and display differences, the colors on the electronic card may appear different from the actual paint colors. Therefore, this color card is intended for reference purposes only and should not be used as a standard sample.

Colors Can Be Customized

Colored Quartz Can Be Used With All MPU COATINGS Systems

Decorative Flakes Can Be Used With All MPU COATINGS Systems

Frequently Asked Questions (FAQ)

  • What is silicone polyurethane?

    Silicone polyurethane is a hybrid polymer material that combines the properties of silicone and polyurethane, resulting in a flexible, durable, and chemically resistant material suitable for a variety of industrial and commercial applications.

  • What are the primary benefits of silicone polyurethane?

    The primary benefits include high flexibility, excellent durability, superior chemical and weather resistance, thermal stability, and biocompatibility.

  • In what industries is silicone polyurethane commonly used?

    Silicone polyurethane is commonly used in industries such as medical devices, textiles, automotive, electronics, construction, and sports surfaces.

  • How does silicone polyurethane enhance the performance of running tracks and sports fields?

    It provides a resilient, shock-absorbent surface that reduces impact on athletes, enhances traction, and maintains stability under various weather conditions, leading to improved performance and reduced injury risks.

  • Is silicone polyurethane environmentally friendly?

    Yes, silicone polyurethane is considered environmentally friendly due to its durability and long lifespan, which reduce the need for frequent replacements and minimize waste.

  • Can silicone polyurethane be customized for specific applications?

    Yes, silicone polyurethane can be tailored to meet specific application requirements, available in various forms such as coatings, adhesives, and molded parts.

  • What makes silicone polyurethane suitable for medical applications?

    Its biocompatibility, non-toxicity, flexibility, and resistance to chemicals and sterilization processes make it ideal for medical applications such as catheters, tubing, and implants.

  • How does silicone polyurethane compare to traditional materials in terms of maintenance?

    Silicone polyurethane requires less maintenance due to its high durability, resistance to wear and tear, and ease of cleaning, leading to lower long-term maintenance costs.

  • What types of sports surfaces can benefit from silicone polyurethane?

    Running tracks, football fields, and basketball courts can benefit from silicone polyurethane due to its shock absorption, traction, weather resistance, and consistent performance characteristics.

  • Is silicone polyurethane resistant to UV radiation?

    Yes, silicone polyurethane exhibits excellent resistance to UV radiation, making it suitable for outdoor applications where prolonged sun exposure is a concern.