Bennett & Bennett

• Part8812JSSMLBL

Anti Static. ESD Safe. Made in Compliance with ANSIESD S20.20 2014 and IEC 61340-5-1. Black conductive carbon threading is woven with the color of the lab coat or smock in a chain-link design.

• Part8812VSSMLBL

Lightweight ESD Smock. V-Neck Style. Snap Cuff. Blue. Small.Made in Compliance with ANSIESD S20.20 2014 and IEC 61340-5-1. Black conductive carbon threading is woven with the color of the lab coat or smock in a chain-link design

• thick.08

Improve grounding by installing snaps to connect grounding onto mats. The top anti static side of the mat collects static off of hands, feet, tools, and equipment placed on top of it at a static dissipative rate. Then the static is transferred to ground by the black carbon-loaded underside of the matting at a conductive rate. However, if the mat is laying on top of a bench top (like wood) that is not conductive or a table that is on top of a floor (again like wood) that is not conductive connect grounding to the mat so that the static has a dedicated path to ground. The grounding used to connect mats to a ground is typically either a mat ground, a common point ground , or a constant monitor (which also provides a common point ground for mats and wrist straps while monitoring the ground connection). Electrical outlets typically are the best ground in any building because they follow the piping to ground underneath the building. It’s recommended you have grounding attached for every 5 feet of mat, but they should not be “daisy-chained” together. Instead, directly connect the grounding to the electrical outlet.

Cushions hard surfaces and dissipate static for ESD protection. Pre-installed with snaps on corners to connect grounding. Tolerates soldering heat up to 187F 86C.

• Ideal for balancing the charge between an ESD Mat and an ESD Wrist Strap these grounds connect both at a common point. • Flat Profile has two banana jack sockets to plug two coil cords for two ESD wrist straps into. • 15 Foot Grounding Cable ends in #10 Ring Terminal to screw directly into a standard US Electrical Outlet.

• Heel Cup MaterialReinforced Black Carbon Loaded Rubber
• Skin Ground ContactKnitted Ribbon with Silver Conductive Monofilament attached to the Heel Cup is tucked into sock
• Ankle AdjustmentVelcro Lime Green Strap
• Heel Cup Ground ContactSurface Resistivity is 104 to 106 Ohms

Overcomes insulators like rubber tennis shoes with black carbon-loaded conductive heel ground. • Knitted Ribbon with Silver Conductive Monofilament tucks into sock for connection of wearer to ground. The (black) carbon-loaded rubber soles are used in conjunction with an anti static mat roll laid out as “floor runner”, or a conductive mat

250 Sheets Package; 10 Packages Case (2500 Sheets) $12.24 per Package • Packed in ISO Class 5 (USA Class 100) Cleanroom Environments for use with both Ink-jet or Laser Printers

• SizeXS

Static Dissipative: Surface Resistivity of 106 – 108 ohms square • Sold per pack of 12 Pairs Made with a static dissipative nylon providing surface resistivity at 106 – 108 ohms square measured using ANSI ESD Standard Practice (SP) 15.1 ► Polyurethane coating allows for a high level of tactile sensitivity and increases breathability. ► Finished rolled cuff and seamless fine gauge knit. ► Approved for use in accordance with ANSI ESD S20.20 2014.

• stock3

Made 100% Non-Woven with Compressed Polyethylene with a black carbon-loaded conductive strip down middle that tucks into heel of shoe. • Overcomes insulators like rubber tennis shoes with black carbon-loaded conductive strip foot grounder. The (black) carbon-loaded conductive strip is used in conjunction with an anti static mat roll laid out as “floor runner”, or a conductive mat.

• FabricPolyester with Hypoallergenic Silver-Suffused Nylon
• Cord MaterialPolished Polyurethane Coil Insulation
• Wrist Strap Back PlateCurved Surgical Grade Stainless Steel

Hypoallergenic silver-suffused nylon threading captures static directly from your skin’s surface at a conductive rate into a curved backplate. • Coil Cord transfers static from wrist strap to ground at a static dissipative rate.