Search
All Categories
    Menu Close

       Supporting Allied Health for over 40 Years

       Free Shipping Australia Wide

       Your Trusted Clinical Partner

    JOBST ACTIVEWEAR SOCKS 15-20MMHG

    Brand: Jobst
    Soft, latex free, easy to apply knee high medical compression sock that fits active lifestyles by providing the look and feel of performance athletic sock, suitable for both men and women.
    SKU: LGL13
    *
    *
    *

    Soft, latex free, easy to apply knee high medical compression sock that fits active lifestyles by providing the look and feel of performance athletic sock, suitable for both men and women. Features cushioned foot and seamless toe. Moisture control dri-release technology. Reinforced heel. Comfort knee band to keep socks up without pinching. Also available in black. Fibre contents: 58-60% polyester, 20% Nylon, 10-11% Cotton, 9-12% Spandex/Elastane (% varies depending on level of compression)

    Knee Length Stocking available in Compression Levels:

    • 15-20mmHg
    • 20-30mmHg
    • 30-40mmHg

    NOTE: A doctor's prescription must accompany orders for garments with 20-30mmHg compression and higher. Due to health regulations, we cannot accept Garment exchanges.

    • Ankle: Circumference at the smallest dimension
    • Calf: Circumference at the largest dimension

    Refer to the Jobst Medical Legwear Sizing Chart for further information.

    Product Files
    Document Title Description
    OPC Health 2023 Compression Catalogue Download
    Customers who bought this item also bought

    JOBST ACTIVEWEAR SOCKS 20-30MMHG

    Soft, latex free, easy to apply knee high medical compression sock that fits active lifestyles by providing the look and feel of performance athletic sock, suitable for both men and women.

    OAPL ELASTIC KNEE

    The OAPL Elastic Knee Support assists in rapid healing of soft tissue injuries.

    CHATTANOOGA INTELECT TENS

    Dual independent channel TENS unit. Asymmetric biphasic square pulse waveform. Features pulse width and rate switch, mode selection for normal, burst, and modulate functions.