1,2-Indandione Forensic Reagent HFE-7100 Formula PF30096 | Latent Fingerprint Solution

Ultra-Sensitive 1,2-Indandione Forensic Reagent for Latent Fingerprint Development

The 1,2-indandione forensic reagent (Item #PF30096) is an exceptionally sensitive amino acid reagent specifically designed for detecting latent fingerprints on porous surfaces. This premium 1,2-indandione solution represents a significant advancement in forensic chemistry for latent fingerprint development on paper-based evidence, delivering superior performance compared to conventional reagents.

Why Choose Our 1,2-Indandione for Your Forensic Laboratory

Experience revolutionary latent fingerprint detection with our 1,2-indandione HFE-7100 formula. As a powerful forensic reagent alternative to DFO, this amino acid reagent reacts with amino acids in fingerprint deposits to produce intense fluorescence. When illuminated at 520nm and viewed through orange/red filters (570–590nm) under green forensic light sources, our latent fingerprint development reagent reveals exceptional clarity.

Superior Performance Metrics:

• Develops 46% more identifiable prints than DFO methods

• Strong fluorescence under green light (520nm) with orange/red filtration

• 99% purity for consistent forensic chemistry results

• Ready-to-use solution eliminates complex preparation

• Ideal alternative to traditional powder-based fingerprint methods

Available Sizes of Our 1,2-Indandione Solution

This professional-grade 1,2-indandione forensic reagent is available in three convenient sizes to serve diverse laboratory needs:

• 100mL – Compact option for smaller forensic laboratories or field deployment

• 500mL – Standard laboratory size for routine latent fingerprint development

• 1L – Economy bulk size for high-volume forensic evidence processing

Each package features protective amber glass or amber poly containers to preserve the latent fingerprint reagent stability and prevent light-induced degradation of this critical forensic chemistry tool.

Professional Application Methods for Latent Fingerprint Development

Our 1,2-indandione solution excels when applied properly to porous surfaces. Apply the forensic reagent directly to evidence, then heat at 100°C for 10 minutes at ambient humidity. The amino acid reagent reacts with fingerprint residues to produce visible and fluorescent ridge patterns. Store treated evidence in darkness before examination with forensic light sources to maintain the intensity of the developed latent fingerprints.

Forensic professionals consistently choose this 1,2-indandione forensic reagent for its reliability in latent fingerprint development, particularly for paper evidence requiring maximum sensitivity and detail recovery.

Specifications and Usage Considerations

All batches of our 1,2-indandione are manufactured with HFE-7100 formula to ensure optimal performance for latent fingerprint detection on porous materials. This forensic reagent solution performs exceptionally on quality paper surfaces. However, it is not recommended for low-quality substrates such as newsprint or cardboard where excessive absorption may reduce the effectiveness of your latent fingerprint development efforts.

Complete Documentation and Support

Comprehensive resources accompany each purchase of our 1,2-indandione forensic reagent:

• Safety Data Sheet (SDS) for proper handling procedures

• Certificate of Analysis (COA) confirming laboratory verification

• Complete technical documentation for forensic chemistry applications

Professional forensic laboratories across federal, state, and local law enforcement agencies rely on our latent fingerprint reagent for critical investigations. Choose our 1,2-indandione solution for unmatched performance in latent fingerprint development and forensic evidence processing.