AIE Blood Detection Reagent

AIE Blood Detection Reagent

AIE Blood Detection Reagent develops latent fingerprints on non-permeable and semi-permeable surfaces with multicolored or complex backgrounds. It functions effectively on paper, wooden doors, lime walls, plant leaves, ceramic tiles, banknotes, stainless steel, aluminum alloy, aluminum foil, glass, plastic bags, PVC conduits, foam, and cardboard from ink cartons or boxes. The reagent also performs on damp surfaces where moisture prevents traditional fingerprint development methods from producing usable results.

This chemical formulation utilizes aggregation-induced emission technology to detect blood components in latent fingerprint residue on challenging substrates. The reagent binds to hemoglobin and serum proteins present in fingerprint deposits, producing fluorescent visualization under appropriate wavelength illumination. Multi-surface compatibility eliminates the need for substrate-specific reagent selection during evidence processing. Performance on complex backgrounds allows fingerprint recovery from patterned materials that obscure ridge detail using conventional powder or chemical techniques. Damp surface capability enables immediate processing without waiting for evidence drying, reducing scene processing time.

Violent crime investigators use the AIE Blood Detection Reagent to recover bloody fingerprints from weapons and surfaces at assault scenes. Military criminal investigation divisions apply it to process evidence from outdoor crime scenes where environmental moisture contaminates surfaces. Naval boarding teams utilize the multi-surface formulation during contraband inspections on diverse packaging materials. Aviation security personnel employ it to examine aircraft components and cargo containers where complex surface textures prevent standard fingerprint development methods from revealing latent impressions.

Tactical Supply Pakistan supplies advanced reagent technology that overcomes traditional fingerprint development limitations on challenging Pakistani crime scene materials, from rural construction surfaces to urban packaging materials, ensuring comprehensive evidence recovery across diverse investigation environments.

Does the reagent require specific excitation wavelengths for visualization?
The AIE compounds respond optimally to blue light at 445-470nm and green light at 520-540nm wavelengths. Standard forensic light sources with appropriate barrier filters reveal developed fingerprints effectively during documentation procedures.