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Situations that involve a good deal of intricate electrical equipment requires that a certain level of precautions be taken against damages. Computers and databases containing valuable information are sensitive to warm temperatures, liquid spills, and especially to sudden surges of electricity. Installing quality static control carpets in places hosting these machines can help greatly eliminate some of the chances of data loss or harm to various components.
A strong surge of electricity, even one that lasts less than a second, can cause critical damage to computer equipment. This sudden influx in power may result in burned wires, melted connections, and loss of precious information. While many components may be replaced or repaired without much difficulty, but the deletion of data might have costly repercussions.
As people go about their daily doings, they tend to build up electrical charges, especially as they drag their feet along the carpeting while walking. This can send small shocks from the fingertips into keyboards, monitors or towers of computers, resulting in minor glitches. When enough of these little discharges are released simultaneously, they can harm the whole system.
There is a type of carpet that is especially designed to absorb electrostatic charges before they can be delivered to the sensitive electronics. They use fibers that are made of a unique composition for enduring conductivity and with a full UL approval, they deliver a bevy of benefits to those facilities that install them. They pull the electricity out of those walking on them and channel the discharges to a grounded base in order to render them harmless.
There are several manufacturers for this type of product though they all share many of the same basic functionality features. As one may expect, having a specialty flooring placed throughout a facility can be quite costly should there be any need to replace portions of it. For the purposes of being economical, the carpet is produced in two foot square tiles for maximum efficiency.
Aside from being more economical than having to purchase a roll of carpeting and recovering an entire room when only a small area is damaged, there are a number of advantages to the two foot sections. The fibers are done in designs that easily blend old dye lots with new ones without a noticeable difference, stains do not show a easily and high traffic paths do not look worn. Switching out tiles is done with no obvious seams, visual variations or need to disturb the remaining pieces.
While protecting precious computer components, this extremely low maintenance type of carpeting is also beneficial to the people in the facility. It resists staining, requires only vacuuming to keep clean and has the capability to deaden the sounds and vibrations created by banks of running machines. They also contain EPA approved anti-microbial properties that protect employees from hazardous influences like odor, mildew and mold.
The specifications for electrostatic conductive material used in flooring products are incredibly stringent. They are held to much higher standards than traditional carpets that claim to reduce the risk of damages to such sensitive equipment. Some of their more common applications include being used in computer labs, data collections banks, network servers, critical command offices, call centers, and 911 dispatch facilities.
A strong surge of electricity, even one that lasts less than a second, can cause critical damage to computer equipment. This sudden influx in power may result in burned wires, melted connections, and loss of precious information. While many components may be replaced or repaired without much difficulty, but the deletion of data might have costly repercussions.
As people go about their daily doings, they tend to build up electrical charges, especially as they drag their feet along the carpeting while walking. This can send small shocks from the fingertips into keyboards, monitors or towers of computers, resulting in minor glitches. When enough of these little discharges are released simultaneously, they can harm the whole system.
There is a type of carpet that is especially designed to absorb electrostatic charges before they can be delivered to the sensitive electronics. They use fibers that are made of a unique composition for enduring conductivity and with a full UL approval, they deliver a bevy of benefits to those facilities that install them. They pull the electricity out of those walking on them and channel the discharges to a grounded base in order to render them harmless.
There are several manufacturers for this type of product though they all share many of the same basic functionality features. As one may expect, having a specialty flooring placed throughout a facility can be quite costly should there be any need to replace portions of it. For the purposes of being economical, the carpet is produced in two foot square tiles for maximum efficiency.
Aside from being more economical than having to purchase a roll of carpeting and recovering an entire room when only a small area is damaged, there are a number of advantages to the two foot sections. The fibers are done in designs that easily blend old dye lots with new ones without a noticeable difference, stains do not show a easily and high traffic paths do not look worn. Switching out tiles is done with no obvious seams, visual variations or need to disturb the remaining pieces.
While protecting precious computer components, this extremely low maintenance type of carpeting is also beneficial to the people in the facility. It resists staining, requires only vacuuming to keep clean and has the capability to deaden the sounds and vibrations created by banks of running machines. They also contain EPA approved anti-microbial properties that protect employees from hazardous influences like odor, mildew and mold.
The specifications for electrostatic conductive material used in flooring products are incredibly stringent. They are held to much higher standards than traditional carpets that claim to reduce the risk of damages to such sensitive equipment. Some of their more common applications include being used in computer labs, data collections banks, network servers, critical command offices, call centers, and 911 dispatch facilities.
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