JAMESTOWN CLADDING & PROFILING LTD

The emergence of laser cut panels allows a precise and intricate designs which makes these panels highly sought after not only for their aesthetic appeal and functionality in modern design but also cost effectiveness thanks to automated fabrication. Privacy is a concern in urban settings and laser-cut panels serve as an elegant solution. Used as screens or partitions, they provide privacy while still allowing light and air to pass through. This application is popular not only in residential houses but also commercial buildings such as hotels, office buildings and other venues.

Decorative metal panels have emerged as a prominent feature in modern architecture and housing projects. Laser-cut metal panels are architectural elements crafted using CNC laser cutting technology.

Ferro-Mon Sensor measures the concentration of iron by detecting the change in magnetic flux when magnetic particles such as Fe, Ni,.. etc are collected in the sensor probe. This sensor outputs the amount of magnetic material as “Fe saturation %” so that it detects and evaluates abnormal wear conditions of rotating machines. Two output channels for fine particles and large particles can detect normal wear and abnormal wear. ▪ Real-time monitoring of iron concentration % ▪ Easy installation ▪ Sensor probe and control panel are integrated in one sensor ▪ Integrated Ferro-Mon Sensor can be applied for all equipment. ▪ Particularly, user can get the best effect when applying to gearboxes, engines, transmissions, pumps, bearings, etc., which are vulnerable to wear.

● Ferrous wear particles, which badly affect the lubrication or hydraulic system, have to rapidly be removed because they increase the wear exponentially according to the principle of chain abrasion. ● Remove fine magnetic particles of 1µm or smaller ● Can be used for high viscosity oil with low differential pressure ● Remove non-ferrous metal particles ● Extension of particle filter life ● Silicone pad with excellent chemical resistance ● Can use permanently