stroids test kit, instruction how to use presence test kit

To keep the cost low, we designed the test kit as a DIY (do-it-yourself) system, with all the necessary information provided in the instructions. The test is a simple color comparison, and all you need to do is compare one color to another.

No special skills or chemistry knowledge are required because the process only involves comparing colors. Please note that each vial contains just 0.1 ml of test reagent. This is the amount you will see in the pictures and videos. It is corrosive, and for safety reasons, we cannot provide more. The steroid test kit is very easy to use and does not require any special expertise. It's a simple pass or fail test: either the color matches, or it does not. You do not need to be a chemist to determine this. Anyone can use it without assistance.

Before dropping your samples into the test vials, shine UV light on them. The reagent in vial A is fluorescent, emitting a blue glow under UV light. If you see blue fluorescence in vial A, it means you have proper, good 365 nm UV light. The color and intensity of fluorescence will change in vial A if you drop a sample containing hormones. There may be some light reflection in vial B from the glass. No fluorescence in vial B means no hormones are present in the sample.

To begin, drop your sample into the test tube and observe the color change under daylight (white light). At this stage, the correct color does not yet confirm the presence of a hormone in the sample. The next step is to use a 365 nm UV light to examine the vial. Shine the UV light on the test vial and observe the fluorescence. If no fluorescence appears, the product is fake and contains no hormone.

Different steroids will emit different colors (fluorescence) under the 365 nm UV light, allowing you to identify which steroid you have. Simply drop a small amount of your sample—whether it's a crushed pill, powder, or oil—into the vial. The type of oil used as a carrier does not matter; the test will always produce fluorescence under the 365 nm UV light if a hormone is present. Fluorescence occurs when a sample emits its own visible light when exposed to the invisible 365 nm UV light. Although we cannot see the 365 nm light, we can see light in the range of 380 to 740 nanometers.

We often receive questions about using a 395 nm UV light instead of 365 nm, but this is not possible. 395 nm is blue light, not UV light. It's similar to asking if you can use red light instead of green—it’s just not the same.

The test kit contains vials A and B, which are used to test various steroids in liquid, pill, or pure powder form. Vials A and B will produce different colors depending on the steroid being tested. Additionally, there are specialized vials for detecting substances such as Anavar, Winstrol, Clenbuterol, Anadrol, Nolvadex, and Clomid. Vials A and B will not detect these substances. If you have raw powder but no access to an expensive laboratory, you can use the LabMax test kit to detect the presence of steroids, and then perform a melting point test. If the melting point matches, your sample is likely very pure.

The test is a simple pass or fail. Check the training video and the list at the bottom of the page to see how to test for each steroid. For example, to test for Primobolan, you will need both vials A and B. Vials A and B are used together because some steroids may produce the same color in vial B but different colors in vial A, helping you distinguish between them. You only need a small amount of liquid or powder (crushed tablet) for the test. Be mindful that the amount of test reagent is small, so you should use less of your sample than the amount of reagent in the vial. This can be as little as a few drops of liquid or a tiny piece of crushed tablet.

Once you add your sample to both vials, observe the color change in each. Then, use the 365 nm UV light on vial B, and it should produce fluorescence. Under the 365 nm UV light, the sample will emit different colors, a process called fluorescence. If the fluorescence is slightly darker or brighter, but the same color, it is still a pass. This variation may be due to differences in the ratio of components, but fluorescence indicates hormone presence. For example, there are many shades of green, and while we may not distinguish all variations, they all still represent the presence of hormones. No fluorescence, however, means there is no hormone present. We have tested samples with GSO, MCT, and raw powder.