Testosterone cypionate test. The best steroids test kit on the market.

Before you start the test, you will need a 365 nm UV light source. For example, you cannot use 395 nm light, as it is not UV light—it's like using red light instead of green light. LabMax has specifically designed and manufactured 365 nm UV lights to ensure compatibility with this test. Many of the so-called black lights sold on Amazon and other platforms are actually 395 nm lights.

Each vial contains 0.1 ml of test reagent. This is the exact amount shown in the picture, and this is all you will receive. There may be droplets around the vial, so make sure to shake it to collect all of the reagent. Adding more than the specified amount will not improve the test results. In fact, if the vial is overfilled with reagent, it will be impossible to conduct the test properly. The process is simple: add a small amount of your sample to the vial. Since there is a small amount of test reagent, only a few drops are needed—typically one or two drops from a syringe will suffice. After adding the sample, you will notice the initial color turning orange to red in both Vial A and Vial B, which occurs with oil and raw powder. However, this color change alone does not indicate the presence of testosterone cypionate or any other hormone. To confirm the presence of testosterone cypionate, you need to perform a UV test using 365 nm UV light. Both Vial A and Vial B will emit a bright green fluorescence under 365 nm UV light if the sample contains testosterone cypionate. No fluorescence means there is no hormone present. If you observe a different fluorescence color, it indicates that your sample contains a different steroid. Additionally, mixing your sample with other steroids will produce a distinct fluorescence color. The type of oil used as a carrier does not affect whether the sample will fluoresce if a hormone is present. However, the intensity of the fluorescence may vary depending on the oil, as different oils absorb and reflect light in different ways.

Initial color gets almost immediately orange - red for oil and raw powder in both A and B vial.

Oil, vial B under UV 365 nm light, it is sample with GSO, 200 mg/ml.

Oil, vial A under UV 365 nm light, it is sample with GSO, 200 mg/ml.

Raw powder in vial B under 365 nm UV light.

Raw powder in vial A under 365 nm UV light.

Example of GSO oil with lower concetration 150 mg/ml, you still see a little green flurescence. Left vail A, right vial B.