Other Products / Services #4956843

HYPERFORM Thermoplastic Elastomeric Sheeting is a thermoplastic alternative which mimics many of the properties of natural rubber. It's popular for its recovery and elasticity and in some applications it is a suitable replacement for silicone or natural rubber latex. Features: High elongation Good recovery Better ozone resistance than natural rubber latex Successfully tested to the ISO10993 standard for various medical applications Available in thicknesses from 0.009" to 0.050" (0.23mm to 1.27mm) Available in many different colors - color matching

HYTONE Natural Rubber Latex Sheeting is made primarily from pure natural rubber latex harvested from live trees that do not have to be cut down. This makes HYTONE sheeting a renewable resource that is environmentally friendly and biodegradable. Compared to calendered rubber sheeting, HYTONE sheeting has superior physical properties and is desirable in applications where tensile strength, elongation andor tear resistance are needed. Our unique and proprietary manufacturing method allows us to produce HYTONE Natural Rubber Latex Sheeting with exceptionally tight tolerances and in many different thicknesses to meet most customers' requirements. Due to our manufacturing method, we are also able to produce HYTONE sheeting without any detectable levels of protein. Features: High tensile strength High elongation Excellent tear resistance Excellent flexibility Excellent recovery

HYSYNAL Synthetic Rubber tourniquets, leg straps and neck straps are made from Hygenic's proprietary formulation of synthetic rubber which produces a unique non-slip, powder free and latex protein free surface. HYSYNAL Synthetic Rubber tourniquets and straps are an excellent alternative to latex tourniquets for patients with latex sensitivity. The physical and performance characteristic of HYSYNAL tourniquets and straps parallel those of natural rubber latex. HYSYNAL Synthetic Rubber tourniquets and straps have been successfully tested to the ISO10993 standard for various medical applications.Features: Non-slip texture Powder free No latex proteins Excellent tear resistance Easy to tie and untie Available in a variety of colors Available in a variety of gauges and widths Available in 34" (19mm) and 1" (25.4mm) widths

Hygenic Natural Rubber Cord is manufactured from dry natural rubber. Hygenic Natural Rubber cord is essentially environmentally friendly and biodegradable because it is sourced from live trees that are not cut down. Our proprietary manufacturing process allows us to make natural rubber cord with no detectable levels of surface proteins. We can offer many different formulations to meet your requirements because we compound and mix our own rubber. Features: Excellent tear resistance High abrasion resistance Available in a variety of outer diameters ranging from 0.04" (1.02mm) to 2" (50.8mm) Custom color options

HYSYNAL Synthetic Rubber Cord is latex protein free cord that is not subject to deformation because it is thermoset like natural rubber. HYSYNAL Synthetic Rubber cord is like natural rubber - it can be custom compounded to varying degrees of hardness to suit a wide variety of uses. HYSYNAL Synthetic cord is manufactured with less curvature than is usually associated with natural rubber cord. Features: Meets USP Class VI requirements Latex protein free Resilient Good abrasion resistance Good low temperature flexibility

HYSYNAL Synthetic Rubber Sheeting is not made from natural rubber latex and is a good alternative for applications where latex sensitivity is a concern. This synthetic polyisoprene sheeting meets various regulatory testing requirements for medical use and can typically be sterilized. The typical physical features of our synthetic rubber sheeting parallel those of natural rubber sheeting. A special formulation of our synthetic rubber (polyisoprene) is used to produce a unique powder-free and latex protein-free sheeting that can be disposable and cost-effective. HYSYNAL Synthetic Rubber Sheeting can be formulated and manufactured to meet your specific requirements. Features: Excellent resiliance Excellent flexibility Good abrasion resistance Pliability Low temperature performance