Cleanroom and ESD Furniture
CLEANROOM AND ESD FURNITURE | ||||
| Item Name: ESD Chair Color: Blue, Black Description: Antistatic PU Leather with hydraulic pump. Plastic 5- Star foot, Nylon Castor & Conductive Metal Chain. | |||
| Item Name: ESD Chair Color: Blue, Black Description: Antistatic PU Leather with hydraulic pump. Carbon Steel chroming five-star-foot, Nylon Castor & Conductive Metal Chain. | |||
| Item Name: ESD Chair Color: Blue, Black Description: Antistatic PU Leather with hydraulic pump. Steel chroming five-star foot, Nylon Castor, Adjustable Foot Rest Ring & Conductive Metal Chain. | |||
| Item Name: ESD Chair Description: Conductive Plastic Arm Chair with hydraulic pump. Steel chroming five-star foot, Nylon Castor & Conductive Metal Chain. | |||
| Item Name: ESD Chair Color: Blue, Black Description: Antistatic PU Leather with hydraulic pump. Chrome-plating five-star Steel leg, Nylon Castor, Foot Rest Ring & Conductive Metal Chain. | |||
| Item Name: ESD Chair Color: Blue, Black Description: Antistatic PU Leather with hydraulic pump. High Strength die-casting Chroming A-alloy five-star-foot, High strength E-metal Castor. | |||
| Item Name: ESD Chair Color: Blue, Black Description: Antistatic PU Leather with hydraulic pump. High Strength die-casting chroming A-alloy five-star-foot, High strength E-metal Castor. | |||
| Item Name: ESD Chair Color: Black Description: Black Antistatic PU with hydraulic pump. High Strength die-casting Chroming A-alloy five-star-foot, High strength E-metal Castor. | |||
| Item name: ESD Chair Accessories | |||
| Item Name: ESD Stools Color: Blue, Black Description: Antistatic PU Leather with hydraulic pump. Steel chroming five-star foot, Nylon Castor & Conductive Metal Chain. | |||
| Item Name: ESD Stools Color: Black Description: Black anti-statuc PU sponge | |||
| Item Name: ESD Stools Color: Black Description: Black anti-statuc PU sponge | |||
| Item name: Stainless Steel Cleanroom Tables Description: Solid Top furnished with 1 5/8" rolled rim edge on front and back. Sides are flat turned down and hemmed. Sturdy solid tops are reinforced with welded stainless steel hat channels. Perforated Tops are punched on 3/4' diameter holes on 1" staggered centers, designed to maximize laminar airflow. 3 3/4" solid border dimension on sides. 2 1/2" solid border dimension on front and back. Perforated tops are reinforced with two welded stainless steel channels which run front to back on each side. | |||
| Item name: Stainless Steel Cleanroom Tables Description: Solid Top furnished with 1 5/8" rolled rim edge on front and back. Sides are flat turned down and hemmed. Sturdy solid tops are reinforced with welded stainless steel hat channels. Perforated Tops are punched on 3/4' diameter holes on 1" staggered centers, designed to maximize laminar airflow. 3 3/4" solid border dimension on sides. 2 1/2" solid border dimension on front and back. Perforated tops are reinforced with two welded stainless steel channels which run front to back on each side.Available with stainless steel bottom shelf. | |||
| Item name: Cleanroom Table Cart | |||
| Item name: Cleanroom Wafer Cart Description: Stainless Steel | |||
| Item name: Cleanroom Smif Cart Description: Stainless Steel | |||
| Item name: Cleanroom Cabinet System Description: Stainless Steel | |||
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What is "CLEANROOM" ?
Typically used in manufacturing or scientific research, a cleanroom is an environment that has a controlled level of contamination. It contains a low level of environmental pollutants such as dust, airborne microbes, aerosol particles and chemical vapors. These contamination can be specified by the number of particles per cubic meter at a specified particle size.
What is "Electrostatic" ?
Static electricity is often generated through tribocharging, the separation of electric charges that occurs when two materials are brought into contact and then separated. Another cause is the electrostatic induction which occurs when an electrically charged object is placed near a conductive object isolated from ground. The presence of the charged object creates an electrostatic field that causes electrical charges on the surface of the other object to redistribute.
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