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While you often can’t prevent disasters from occurring, there are steps that you can take to limit their damage. For museums, disaster preparation is essential to keeping collections safe and preventing the loss of priceless history forever. A comprehensive disaster preparedness plan will complement your disaster response efforts so document recovery can commence quickly.

When rolls of microfilm or sheets or microfiche get wet, their base and emulsion are in danger of separating. This is when the image separates from the plastic backing. Without proper water damage restoration, moisture can spread from wet film to dry film because of the resulting humidity, which could also lead to mold damage. Film has a high susceptibility to the effects of water and moisture, and getting them to a document recovery service in a timely manner is critical.

Preserving metallurgical artifacts with temporary climate control solutions is vital to minimizing conditions that cause damage, such as corrosion, tarnishing and pitting. Since metals have differing valences, their storage requirements also differ, making climate control technologies essential to their preservation.

In an effort to increase efficiencies and enhance customer service, city governments and municipalities are turning to document scanning as part of their digital initiatives. While completely paper-free operations and transactions are not always realistic in the public sector, document scanning services help close the gap between digital business process and hard copies. Before beginning a document imaging initiative, there are legal and management considerations to keep in mind.

Abrasive blasting uses various materials to strip imperfections, paint, rust, and other contaminants from a surface. It’s an important step in surface coating preparation, as it cleans a substrate and creates a surface that will hold a protective coating. Blasting takes the place of more labor-intensive cleaning methods like wire brushing or sanding and can speed up the surface preparation process by up to 75 percent.