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    Composite Toe Cap

    The Wellmax develop high impact and compress strength resistance toecap which metal-free. And lighter than traditional steel toecap of 50%. The composite toe cap also passed the ASTM, EN12568 and CSA standard test.

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    Recyclable

    The WELLMAX will continuously devote ourselves to develop new thermoplastic green composite materials, and their applicable products. Beside taking advantages of the material functional characteristics, we strongly hope that our green recyclable products can become a powerful aid for the environment we live in.

    We sincerely hope to cooperate with companies like you to develop new products. By using marketing to lead product research and development, we are targeting at the goal of globally integrating the three major elements of the smile curve, R&D, production, and sales.

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    Anti-Penetration Mid Sole

    Last ten years we supplied high quality and stable anti-penetration midsole, besides, the WELLMAX group continuously committed to make the product better and satisfy customer's request. And now we develop the NEW GENERATION WELLMAX V NY-07 ANTI-PENETRATION MIDSOLE.
    Because of the better protecting function is asked, the WELLMAX have developed the new mid sole with same thickness and weight which could pass the En12568 standard that change the diameter of the nail from 4.5mm to 3.0mm. Please browse the test reports made in SGS with the nail of 3.0mm diameter, you can see the WELLMAX could pass the test even to 1200N but the other brand just 990N and the nail penetrated.

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    Thermoplastic resins

    We use thermoplastic resins but thermosetting resins because of the three major advantages.
    The first is that many thermoplastic resins have an increased impact resistance to comparable thermoset composites. In some instances, the difference is as high as 10 times the impact resistance.
    The second major advantage of thermoplastic composites is the ability reform. See, raw thermoplastic composites, at room temperature, are in a solid state. When heat and pressure impregnate a reinforcing fiber, a physical change occurs; not a chemical reaction as with a thermoset.This allows thermoplastic composites to be reformed and reshaped. For example, a pultruded thermpostic composite rod could be heated and remolded to have a curvature. This is not possible with thermosetting resins. This also allows for the recycling of the thermoplastic composite at end of life. (In theory, not yet commercial)
    The third major advantage of thermoplastic composites is that thermoplastic doesn’t use solvent to make the prepreg and thermosetting needs to use solvent to make prepreg. Now European market seriously asks the content of the chemical material especially the solvent. The vaporization of the solvent not only makes the damage of the worker but also makes the pollution of the earth.