Surface Cleanliness Testing Equipment

Dyne Pen Dyne Technology Test Fluids Dyne Technology Brestle Test Dyne Technology
  • Dyne Pen Dyne Technology
  • Test Fluids Dyne Technology
  • Brestle Test Dyne Technology

We offer a range of Surface Cleanliness test equipment:

Dyne Test Fluids / Pens:
We have many customers who use our Dyne test fluids to test metal products for surface energy and surface cleanliness.

Whilst surface energy test fluids were developed for establishing the surface energy of polymer based substrates we have found that many people use them for evaluating the surface characteristics of metal products. In general terms the surface energy of metals is much higher than that of most surface contaminants: thus, the higher the Dyne level or surface energy (mN/m) also the cleaner the part is. The majority of our customers who use our Dyne Testing fluids for this application use bottles of Dyne Test Fluids, rather than Dyne Test Pens. Whilst pens are undoubtedly more convenient, rather than pens, we would always recommend using test fluids applied with cotton buds to reduce the cross contamination effect. NEVER use pens that work on the "felt tip" principal as the "wicking effect of the felt tip draws any surface contamination into the tip invalidating all subsequent results. Our Dyne test pens are by the nature of their design less susceptible to this, however, even our spring-loaded valve tip markers will eventually be overwhelmed by repeated exposure to contamination, resulting in a shorter operating life.

Click to read our eBook: Surface Energy Testing



Bresle Test kits:
The Bresle Test, Chloride Test on steel or Salt Test on steel using the Bresle Patch method will help to prevent coating failure due to salts such as chlorides and sulphates contaminating the surface prior to the coating application. This contamination can be tested for quickly and easily using the Bresle Test.

The Bresle Patches used in the Bresle Kit are manufactured to the highest quality with materials that contain no chlorides and are guaranteed to adhere to blast cleaned surfaces and not leak, complying with International Standards: ISO 8502-6 and ISO 8502-9.

Easy to use, simply pour 10ml of distilled water into the beaker and determine the conductivity using the Conductivity Meter. Take a Bresle Patch and apply to the test surface. Fill the syringe with 2.5ml of test water and insert through the adhesive foam into the test chamber. Inject the contents, then extract back into the syringe. Repeat ten cycles of injecting and extracting, then transfer the test water back into the beaker. Measure the test water with the Conductivity Meter and deduct the initial conductivity reading from the result. Multiply the readings by 0.4 to give the quantity of salts in µg/cm² also known as ppm, or by 4 for the quantity of salts µg/m².

The maximum permissible surface density of salts on the steel surface prior to surface treatment depends on the type of paint to be applied and what the finished material or product is to be used for.

Surface treatment specifications must, therefore, state the highest permissible surface density of salts for each particular application.

Additional packs of Bresle Patches can be purchased to carry out further tests using this kit.

The kit is supplied with 50 Bresle Patches, Conductivity Meter, Calibration Solution, 3 × 5ml Syringes, 25ml Beaker, 250ml Distilled Water and Carrying Case.

Please contact us to find out how Dyne Technology can help you or to request a quote.

Clients using Dyne Technology
 
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