hh SMS tecido spunbond-meltblown-spunbond de 3 camadas GT700000588 branco, fecho de correr L

hh SMS 3-layer Spunbond-Meltblown-Spunbond Fabric GT700000588 in white with zipper size L is a disposable nonwoven material engineered for applications requiring a lightweight barrier combined with easy closure. The construction uses two spunbond outer layers for mechanical strength and a central meltblown layer for filtration and liquid resistance. The integrated zipper closure in size L provides convenient access and secure containment, making the fabric suitable for single-use protective garments, medical covers, hygiene products and industrial protective solutions.

Advantages

The SMS structure delivers a balance of tensile strength, breathability and particle filtration while remaining lightweight. The spunbond layers offer dimensional stability and abrasion resistance, and the meltblown core enhances barrier performance against liquids and aerosols. The white color supports visual cleanliness and compatibility with standard hygiene environments. The sewn or heat-sealed zipper in size L simplifies donning and removal and improves containment compared with open-sheet solutions.

Suitable for

Key specifications

How to use

Cut or shape the fabric according to product patterns for gowns, coveralls or covers, ensuring seams and zipper attachment points are reinforced by sewing or appropriate heat sealing to preserve barrier properties. Install the size L zipper along the intended opening and test the closure for smooth operation. For single-use items, follow applicable sterilization or clean-handling procedures before final packaging if required. Dispose of used items according to local regulations for contaminated or single-use materials.

Recommendations

Store the fabric in a dry, clean environment away from direct sunlight and excessive heat to maintain material integrity. When sewing or heat sealing, verify that the chosen method does not compromise the meltblown layer; perform sample tests to confirm barrier performance after assembly.