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Wetness Indicator Hotmelt Adhesive HM-895 for Baby Diapers and Incontinence | China Suppliers & Factory

The HM-895 wetness indicator adhesive is specifically engineered for effective wetness notification in baby diapers and adult incontinence products. Manufactured in China, this innovative product features an orange coating that transforms into a blue-green hue upon contact with urine, providing immediate visual feedback. The HM-895 showcases exceptional characteristics such as an intense color change, rapid response time, and outstanding environmental and heat stability.

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With over 60 years of industry experience, we are proud to be recognized as a leading factory and supplier in the market. Our products hold certifications from esteemed organizations, including IAF, CNAS, CTI, and SGS, ensuring top-quality standards for our clients.

    Product Detail

    Composition Synthetic Resins
    Appearance Amber block solid
    Toxicity None
    R&B Softening Point approx. 72 °C
    Brookfield Viscosity
    • 70℃: about 5300 cps
    • 80℃: about 2530 cps
    • 90℃: about 1260 cps
    • 100℃: about 680 cps
    Density 1.01 g/cm3 @ 25℃

    Frequently Asked Questions

    Q1: What is the chemical composition of this product?

    The product is formulated based on synthetic resins, ensuring consistent physical performance and stability.

    Q2: What is the physical appearance and state?

    It is supplied as an amber block solid at room temperature.

    Q3: Is this product toxic?

    No toxicity has been identified (rated as none), making it safe under standard handling and processing procedures.

    Q4: What is the Ring & Ball (R&B) softening point?

    The Ring & Ball softening point of this material is approximately 72 °C.

    Q5: How does the Brookfield viscosity change with temperature?

    The viscosity decreases as the temperature increases: about 5300 cps at 70℃, 2530 cps at 80℃, 1260 cps at 90℃, and 680 cps at 100℃.

    Q6: What is the density of the product?

    The density is 1.01 g/cm³ measured at 25 °C.