INSIGHT Ironware Application Plant
Compact benchtop micro XRF Analysis
INSIGHT Ironware Application Plant analyzer, characterized by high sensitivity, non-destructive testing, user-friendly operation, precise testing accuracy, and a compact design, serves as a top-notch solution.
The quality inspection of various coating products can vary depending on the specific part and type of coating. However, certain aspects such as appearance, thickness, resistance to corrosion, and bonding strength with the base metal must be assessed for all coatings. Among these factors, the thickness of the coating stands out as crucial for ensuring quality in plated parts. Addressing the challenges of detecting and screening issues in surface treatment process control, product quality inspection, and other stages of ironware application, the INSIGHT Ironware Application Plant an efficient and intelligent XRF analysis instrument. INSIGHT Ironware Application Plant not only enables elemental analysis of samples with diverse shapes, including uneven and irregular ones, but also facilitates thickness measurement of coatings and coating systems. Widely used in quality control, incoming material inspection, and production process control across various industries, it aids customers in cutting down material costs and adhering to relevant industrial standards.
Bathroom products
Bathroom ironware typically consists of three main components: the base (fixed parts), connecting parts, and functional parts. Electroplating, which is the primary process for bathroom ironware, holds great significance for product quality. It directly impacts the product's service life, smoothness, and resistance to wear.
Ironware appliances
Ironware appliances encompass products crafted through processing and casting various metals such as gold, silver, copper, iron, tin, and more. The coating process is extensively used in ironware appliances, with common types including zinc plating, copper plating, nickel plating, gold plating, silver plating, tin plating, rhodium plating, palladium plating, and alloy plating.
Decorative coating
Coatings not only enhance the aesthetic appeal of parts but also bolster surface corrosion and wear resistance. Examples include Au and Cu-Zn imitation gold plating, black chrome, black nickel plating, and more.
ABS electroplating layer
In recent years, with the rapid advancement of the industry, plastic electroplating has become increasingly prevalent in the decorative electroplating of plastic components. Among plastics, ABS plastic is the most commonly utilized material for electroplating. In comparison to metal components, plastic electroplating offers the advantage of achieving a desirable metal texture while also reducing product weight. Additionally, it effectively enhances the appearance and decorative qualities of plastics while improving performance in terms of electrical conductivity, heat resistance, and corrosion resistance.
Single coating
It is capable of detecting the thickness and elemental composition of individual plating layers, including iron nickel plating, copper nickel plating, iron chrome plating, copper tin plating, copper gold plating, copper silver plating, and more.
Multi-collimator
INSIGHT's software automatically switches between multiple collimator options or combinations, enhancing its versatility significantly. This feature allows it to adapt flexibly to parts of various sizes, improving its overall performance.
One-touch measurement
The instrument comes with intuitive and intelligent analysis software that is user-friendly. Operating it is simple, requiring no specialized training. With just a click on "Start Test," anyone can analyze samples. Test results are then available within seconds.
Nondestructive testing
X-ray fluorescence is a non-destructive analytical process that leaves no traces, making it very safe for measuring even on sensitive materials.
High-performance imported detector
We opt for Si-PIN detectors, which are ideal for multi-element coatings. Compared to traditional gas proportional counters, Si-PIN offers superior resolution, lower background noise (resulting in the highest signal-to-noise ratio), long-term stability, and an extended service life.
High-precision manual X-Y platform
The system features a high-precision manual X-Y platform with a maximum accuracy of 25μm, facilitating more convenient micro-area measurements.
Auto focus
Samples of diverse shapes can be swiftly and sharply focused, with the ability to zoom in on video images, incorporate crosshairs, and utilize autofocus.
Automatic focusing
High and low-sized samples can be quickly and clearly focused, with the ability to enlarge video images, include a reticle, and utilize autofocus.
Large measurement room
The slotted design (C-slot) of the instrument shell widens the measurement space and facilitates easy placement of samples. This design allows for the measurement of large and flat items like printed circuit boards, as well as accommodating large samples with complex shapes.
|
The characteristics of |
Top-down measurement structure, XYZ measurement platform, MUTI-FP multilayer algorithm
|
|
Scope of element |
Na(11)—Fm(100)
|
|
Analysis of the layer number of |
5 layers (4 layers + substrate) each layer can analyze 10 elements, composition analysis can analyze up to 25 elements
|
|
X-ray tube |
50 W (50 kV, 1mA) micro-focused tungsten palladium ray tube (target material is optional)
|
|
The detector |
Si-PIN large area detector
|
|
Collimator |
φ0.5-φ5 is optional. Multi-standard is optional
|
|
The camera |
High resolution CMOS color camera, 5 megapixels
|
|
Manual sample XY platform |
Moving range：100 x 150 mm
|
|
Programmable XY platform |
(Optional)
|
|
Z-axis range of movement |
150 mm
|
|
Sample bin size |
564×540×150mm(L x W x H)
|
|
Overall dimensions |
664×761×757mm(L x W x H)
|
|
Weight |
120KG
|
|
The power supply |
AC 220V±5V 50Hz (110V also available)
|
|
Rated power |
150W
|
HOW CAN WE HELP YOU ?
Contact our sales team for a quotation.
