Compo-SiL^® can be applied on the inner layer of underwear, tights or any
intimate clothing as anti-slip strip. The unique skin-friendly properties of
silicone can keep users away from allergies even after long-time wearing, which
is ideal for sensitive skin. These strips have excellent elasticity and resilience,
which prevents the garments from deforming after long-time stretching.

Compo-SiL^® is digitally printable through roll-to-roll process, thus it can
perfectly present extremely detailed design. And unlike silk screen printing,
size limitation is no longer the problem in the composition of your design.
After printing and die-cut, it can be heat-pressed on apparel to become a
glamorous decoration with excellent silicone surface texture. Moreover, the
silicone surface will not degrade after frequent wash and sun drying, therefore,
it could always enhance the good quality of the apparel.

Using Compo-SiL^®; as logo strip can present diverse and detailed logo design,
which helps to enhance brand recognition. Compo-SiL^® logo strips are lighter
and thinner than traditional webbing. The skin-friendly property of silicone
makes the apparel more comfortable to wear.

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Compo-SiL^® functional deco strip has excellent resilience. After design and
die-cut to required shapes, it will be heat-pressed on tights and compression
garments in order to provide the same feature as athletic taping, which helps
to improve athletics’ performance and to prevent injuries. Compo-SiL^® is also
an excellent water-resistant material, and won’t cause sticky hand feeling and
degrade after frequent wash. Furthermore, it can be designed to present a
variety of vibrant colors to enhance the products recognition.

Compo-SiL^® offers excellent anti-slip and softness properties making it an ideal
material for sports or all kinds of functional gloves. Furthermore, Compo-SiL^® is
a digital printable silicone film, so it can present unique and detailed pattern
design through printing process to enhance product recognition. The direct
heat-press method subverts the traditional process of liquid silicone printing,
which can effectively improve production efficiency.