Our Products
ESD Storage Bin, Tray & Component Bin
ESD Storage Bin Size (in mm):
300 * 200 * 80
360 * 270 * 135
400 * 300 * 120
405 * 305 * 110
541 * 366 * 250
565 * 420 * 240
585 * 405 * 175
600 * 400 * 120
600 * 400 * 150
600 * 400 * 220
600 * 400 * 320
600 * 500 * 300
600 * 500 * 360
ESD Component Bin Size (in mm):
95*105*50
140*122*68
165*95*70
175*105*80
200*130*90
235*155*120
253*155*125
325*201*143
ESD Tray Size (in mm):
280*190*26
308*283*30
320*335*43
375*310*28
450*300*60
500*395*40
560*375*75
650*420*95
ESD Tape
Our ESD Tape provides secure adhesion while protecting against electrostatic discharge, making it ideal for packaging and labeling in static-sensitive environments.
ESD Tweezers
Our ESD Tweezers are high-precision, anti-static tools designed for safe handling of sensitive electronic components, ensuring durability and reliability.
ESD Wire Shelving & Safe Aluminium Trolley
- Three tier trolley 880mm high x 700mm long x 420mm wide
- Two tier trolley 880mm high x 1000mm long x 420mm wide
ESD Wrist Strap
Wrist Band Specification
Length: 200mm
Inner Surface: Conductive
Stainless steel polyester fiber blend
Outer Surface: Polyester Fiber, Insulative
Color: Light blue
Resistance: 50-200 ohms/inch
Termination: Press to ON Switch
Plastic Parts: ABS
Back Plate: 304 Stainless Steel, Non-allergenic
Coil Cord Specification
Conductor: 7 Strand single tinsel wire
Jacket Insulation: 90 Shore A Polyurethane
Wire Diameter: 0.09”
Length: 6’
Resistance: 1 Meg Ohm
Ethernet Cables
Ethernet cables are used every day, from industrial applications to all the wired internet devices in your home. In this guide, we’ll break down how to connect Ethernet cables, the different types and lengths, and take a look at some of the more technical features – such as braided and shielded cables.
Ethernet Converters
Ethernet media convertors typically have two ports: one for the copper cabling and one for the fiber opting cabling When a signal is received on one port, it is converted to the appropriate format for the other port. For instance, a signal received on the copper port is transformed into an optical signal before being sent across the fiber optic connection. Conversely, when a signal is received on the fiber optic port, it is converted into an electrical signal for transmission over the copper cable.