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ESD Rubber Tile: Styles&Specs


ESD rubber flooring is available in three styles: Symphony Series, Harmony Series and our ESD Rhino Rubber tile. 

Symphony Series -
Advanced design with a matte, non-reflecting surface and an impressionistic pattern helps hide stains and scuff marks. ESD protection makes it ideal for use in areas where manufacturing process is subject to production. Easy to maintain, never needs conductive wax. Resistant to chemicals and hot solder. Slip resistance in compliance with ADA guidelines.

Symphony Series ESD Rubber Flooring:
Ideal for R & D labs, computer rooms, clean rooms, electronics manufacturing, testing-repair areas, munitions and ordinance.


Harmony Series -
The first rubber esd flooring material that meets all the electrical parameters of ANSI/ESD S20.20.
 
Standard ESD rubber flooring will not meet the recommended system resistance limits of ANSI/ESD 20.20. Unfortunately, typical single layer rubber flooring usually provides an electrical resistance that is in the upper spectrum of the range commonly known as static dissipative. This creates a real dilemma for companies trying to stay current or ahead of increasingly demanding ESD standards. According to ANSI/ESD S20.20, the recommended floor and footwear system resistance tested per ESD STM97.1 should measure less than 35 meg ohms (3.5X106). That isn't possible for single layer ESD rubber floors; single ply dissipative rubber lacks the inherent conductivity to meet this parameter.
 
How do most ESD rubber suppliers meet ANSI/ESD S20.20?
 
Single ply rubber floors meet ANSI/ESD S20.20 based upon low walking body voltage parameters. If a floor exhibits less than 100 volts of walking body voltage using controlled footwear that floor can theoretically claim compliance with ANSI/ESD S20.20. However, meeting walking body voltage but not system resistance causes severe compliance issues for the quality department during routine certifications and plant audits. Walking body voltage is cumbersome and difficult to measure and monitor and require sophisticated expensive testing methods. It is much easier for owners to test and re-qualify their floors using resistance measuring equipment; Anyone can perform resistance tests and the equipment is portable and inexpensive. Walking body voltage is measured using charge plate monitors and should always be evaluated using statistical analysis since there are a number of intervening variables. The Harmony Series was developed to harmonize with all recommended electrical parameters of 20.20 and not just meet the requirements through a loop-hole like walking body voltage. With harmony there is no compromise.
 
Will Harmony reduce walking body voltage on people?
 
Harmony will prevent walking body voltages above 10 volts when used in conjunction with controlled footwear - regardless of relative humidity. But, Harmony also prevents significant accumulation of static even in situations where grounded footwear is forgotten or not used. Ask us for the independent test reports about Harmony and take the time to read the study that lead to the development of the first fault tolerant ESD flooring material.
 
Two layer vulcanized construction combines advantages of conductive flooring with safety advantages of dissipative flooring.
• Designed for class Zero ESD flooring applications.
• Low electrical resistance. RTG is at the minimum end of the spectrum of the static dissipative range.
• Walking body voltage is less than 10 volts at extremely low relative humidity.
• Available in tiles or sheet goods. 
 
Typical static dissipative rubber usually has electrical properties at or above the upper limit of resistance recommended in ANSI/ESD S20.20. Vulcanized two layer dissipative top layer conductive bottom layer that provides perfect balance in conductivity. Developed by electrostatic engineers to overcome the limitations of single layer dissipative rubber.

Harmony Series ESD Rubber Flooring: Perfect for Universities, Schools, Retail, Intesive care units, Emergency rooms, Imaging Suites and Operating Rooms.


Rhino ESD Rubber -
Designed for world class environments, is an attractive hammered rubber product and is available in six stock colors that would please the most discerning architect or designer. Tough, yet visually appealing, Rhino Rubber ESD flooring is perfect for hospitals, recovery rooms, universities, schools, emergency response centers, labs, conference rooms and anywhere comfort, performance and durability are needed.

Static generation less is than 10 volts according to ESD STM 97.2 (tested with conductive shoes.) Rhino Rubber ESD Flooring is resistant to most oils and grease, and is also chemical and hot solder resistant. Able to withstand forklift/heavy wheeled traffic up to 850 PSI rolling load, it's perfect for operating rooms. The shape of contact surfaces of equipment wheels must be flat, shore hardness "A" of the wheels’ material must be less than or equal to 90. Easy to maintain, never needs conductive wax. Slip resistance in compliance with ADA guidelines. Exclusive StainBlock feature for easy maintenance. 

SPECIFICATIONS:
Symphony ESD Rubber
Harmony ESD Rubber
Construction:
Two layer conductive rubber flooring with high quality natural and industrial rubber components.
Vulcanized two layer dissipative rubber flooring using high quality natural and industrial rubber components.
Thickness: 2.5 mm 2.5 mm
Total Weight: N/A N/A
Size: 24" x 24" 24" x 24"
Static Generation Comparison Less than 10 Volts per ESD STM 97.2 < 10 < 10
Abrasion Resistance:
(ASTM D 3389 H-18 wheel, 500gm load)
< .7 grams weight loss < .6 grams weight loss
Electrical Resistance:* < 1.0 x 106 1.0 x 106 ≤ 1.0 x 109
SPECIFICATIONS: Rhino® ESD Rubber
Construction: Rubber with abundant natural fillers and environmentally compatible color pigments
Thickness: 3.9 mm
Total Weight: N/A
Size: 39.37" x 39.37"
Compression
Endurance D623:
N/A
Abrasion Resistance:
(ASTM D 3389 H-18 wheel, 500gm load)
Less than .50 mg/kc
Electrical Resistance:* 1.0 x 106 ≤ 1.0 x 109

*EOS/ESD S7.1 Resistive Characterization of Materials: Six or more readings from surface to groundable point. Tested with an applied voltage of 100V. Measured in Ohms

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