It used for measuring thickness and corrosion of pressure vessels, chemical equipment, boilers, oil storage.
Application of Digital coating thickness gauge CM-8856
It used for measuring thickness and corrosion of pressure vessels, chemical equipment, boilers, oil storage
tanks, etc .in industries of petroleum, shipbuilding, power station, and machine manufacturing.
Magnetic sensor to measure the non-ferromagnetic coatings on steel, iron and other ferromagnetic metal matrix coating, such as: paint, powder, plastic, rubber, synthetic material, phosphide layer, chromium, zinc, lead, aluminum, tin,cadmium, porcelain, enamel, oxide. Eddy current sensor to measure the enamel substrate such as copper, aluminum, zinc, tin, rubber, paint, plastic layer. Widely used in the field of manufacturing, metal processing industry, chemical industry, commodity inspection and other testing.
Specification of Digital coating thickness gauge CM-8856
Display: 4 digits LCD, backlit
Range: 0~1250 μm/0~50mil
Resolution: 0.1 μm (0~99.9μm)1 μm (over 100μm)
Accuracy:±1~3%n or 2.5 μm or 0.1mil(Whichever is the greater)
PC interface:with RS-232C interface
Power supply: 2x1.5 AAA(UM-4) battery
Operating condition:Temp. 0~50ºC
Humidity <95%
Size: 126x65x35 mm5.0x2.6x1.6 inch
Weight: about 81g(not including batteries)
Accessories for Digital coating thickness gauge CM-8856:
Carrying case ...................1 pc.
Operation manual ............ 1 pc.
F probe in built .................1 pc.
NF probe in built...............1 pc.
Calibration foils ..............1set.
Substrate (Iron) ................1 pc.
Substrate (Aluminium)......1 pc.
Optional accessories:RS-232C cable & software and USB adaptor for RS-232C
* Automatic substrate recognition.
* Manual or automatic shut down.
* Two measurement mode: Single and
Continuous
* Wide measuring range and high
resolution.
* Metric/Imperial conversion.
* Digital backlit display gives exact
reading with no guessing or errors.
* Can communicate with PC computer
for statistics and printing by the
optional cable.
* Can store 99 groups of measurements.
* Statistics is available.
Why should I choose powder coating over wet spray painting?
Powder coating is just "flat-out" superior to wet spray in so many ways. If your part is capable of being powder coated, their is really no reason why you would be compelled to choose otherwise. It's generally less expensive to powder coat a part once than have it painted several times during its life.
Powder coating is not subject to the extra time it takes to set up and break down from wet spray paint. The chemicals used in wet spray painting have to evaporate which can take up to weeks before a complete "cure" is attained. Powder coated parts are "cured" as soon as the part cools down. Further, the thermal bonding process used in powder coating makes for a much more durable finish than wet spray paint. Powder coating is also more environmentally friendly than wet spray painting because it does not involve the potentially harmful chemicals used in a wet spray painting.
As mentioned above, wet spray painting involves the use of chemicals that can be potentially hazardous to people and the environment if not dealt with properly. Powder coating uses an air gun to blow away misapplied powder rather than resort to the chemical thinners that wet spray paints require to clean up, or fix, application errors.
Powder coating offers a wider variety of colors and textures. The powder can be engineered to wrinkle or create veins of different colors throughout the coating when baked. Wet spray paint is more limited in what it can produce. Yet the possibilities with powder coatings are endless.
And finally, powder coating is more durable and weather resistant than wet spray paint could ever be. When we bake out the parts, the powder melts, forming a seamless bond around the parts. This bonding process creates a virtually unbreakable sheet of protection upon the surface of the parts.
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