October 2016—Wheaton launched its DualFusion Vial, which combines properties of plastic and glass into one container. Using plasma enhanced chemical vapor deposition (PECVD) technology, an organosilicate protective layer is fused with a silica-like (SiO2 barrier) layer that is fused to a cyclic olefin polymer (COP) shell to form a robust, covalently bonded material.
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Tissue, chromatography, and high-recovery vials, 9/14
September 2014—Wheaton’s CryoElite Tissue Vials are designed for the safe, secure, and effective cryopreservation of biological tissue specimens and are able to maintain sample integrity while maximizing storage capacity and organization. CryoElite Tissue Vials were developed for the high-performance tissue banking requirements of anatomical pathology departments, clinical trial organizations, and biorepository and biobanking facilities.
Read More »Secure storage for biological tissue, 11/13
Wheaton CryoELITE tissue vials feature a wide-mouth opening, 5-mL capacity, and high-integrity closure. The vials offer researchers who work with biological tissue sections ease of use, convenience, and security.
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