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Moisture Control Specifications
recommending the end user of storage and use conditions are located on lower level packaging. Packing Materials/Specification. Tape and Reel is vacuumed sealed in static shield Moisture Barrier Bags (MBB) that meet MVTR, EMI/RFI requirements per MIL-B-81705. Humidity Indicator Cards (HIC) meets Mil-I-8835
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What ESD Bags Should I Buy?
The options are almost endless when it comes to ESD bags on the market. Some of the more popular bags are anti-static bags, static shielding bags and moisture barrier bags. Many of the bags come in different variations and size; which bag you choose depends on your need.
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Anti-Static vs. Static Shielding Bags
dissipative polyethylene surrounded by a layer of aluminum shielding. The next layer is made of polyester, with an outer layer made of a static dissipative coating. Unlike anti-static bags, static shielding bags protect components from static charges both inside and outside of the bag. Moisture Barrier
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Tape and Reel Packaging Specifications
EIA-481-C standards. Special locking design provides additional lead protection. Dry Pack sealing in moisture barrier bags. Quality Assurance. Additional standard services include Peel Back Force Testing to ensure compatibility with today's component feeding equipment. Peel back force analyzers
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Handling Highly Active Ingredients
the past decade, pharmaceutical containment strategies and technologies have changed as radically as the industry itself, says Eliot Cook of Absolute Control Systems (Golden, Colo.). A few short years ago, the industry seemed to be stuck on barrier isolator technology over-engineered boxes
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Handling Highly Active Ingredients
the past decade, pharmaceutical containment strategies and technologies have changed as radically as the industry itself, says Eliot Cook of Absolute Control Systems (Golden, Colo.). A few short years ago, the industry seemed to be stuck on barrier isolator technology over-engineered boxes
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Medical Device Link .
toughness, elasticity, optical clarity, leachability, barrier properties, drug interaction, and sealing and assembly characteristics. Films most commonly used in the medical industry include high- and low-density polyethylene and polypropylenes from the polyolefin family, plasticized PVC, polyurethane
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Adhesion, Adhesion Failure, and BONDiT
filled with glass fiber (mineral) for structural material replacement of aluminum and steel brought on the discovery of another phenomenon. Prolonged exposure to moisture severely degraded the composite's strengthto- weight ratio. The loss of strength demonstrated the power of intruding water to debond