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How does °Õ²â±¹±ð°ì® work?

°Õ²â±¹±ð°ì® is available in both a hard structure, used for HomeWrap envelopes and medical packaging applications, and a soft structure, fabric-like finish used for protective apparel and consumer applications. Discover how the science behind °Õ²â±¹±ð°ì® allows for superior performance across a range of applications. 

Water-repellent

When the fibers in °Õ²â±¹±ð°ì® are spun and bonded under high heat and pressure, °Õ²â±¹±ð°ì® acts as a thermoplastic—returning to a high density, semi-solid state that prevents liquids from breaking the surface.

Breathability

Because no binders are used to hold °Õ²â±¹±ð°ì® together, tiny perforations remain in which allow water vapor to permeate the material while preventing water and other liquids from entering, making °Õ²â±¹±ð°ì® highly breathable.  

Barrier protection

°Õ²â±¹±ð°ì® is made up of continuous fibers that provide inherent microbial penetration resistance—preventing hazardous materials including asbestos, mold, fiberglass and lead from passing through the material.  

Tensile strength

The nonwoven fibers of °Õ²â±¹±ð°ì® are randomly laid and compressed to provide superior tear and puncture resistance for long-lasting, durable protection.

Recyclability 

Tyvek^® is made of high-density polyethylene (HDPE) and is recyclable—giving products made with Tyvek^® a second life in products such as park benches and playground equipment. Products made of 100% Tyvek^® material can be recycled at facilities that recycle flexible HDPE materials. Please check recycling facilities in your area to ensure they can recycle Tyvek^®. If landfilling is necessary, Tyvek^® is an inert material and will not leach harmful compounds into groundwater because it doesn’t contain binders, fillers and plasticizers.

Printability

Like paper, most traditional and digital printing techniques, including UV inkjet, latex and letterpress printing processes can be used on °Õ²â±¹±ð°ì®.