Sirchie 2oz FLUOROMAG Latent Print Powder

SKU: SIFMP01 MFR: FMP01
$14.43
Earn VIP Reward Points

Key Features

  • Enhance latent print visibility with Sirchie FLUOROMAG powder, ideal for dark surfaces.
  • Achieve superior contrast using this 2oz jar of FLUOROMAG, a forensics essential.
  • Rely on FLUOROMAG latent print powder for accurate fingerprint development every time.
  • This fingerprint powder offers ease of use, ensuring clear prints for analysis.
  • Trust Sirchie's FLUOROMAG for reliable results in critical public safety investigations.
  • Ensure traceability with FLUOROMAG, a standard in latent print examination protocols.
See More Product Details
Ships from Manufacturer?
Calculate Shipping

See Options

1

Need help? Ask our experts.

Overview
Compare
Specs
Protection
Q&A

Questions & Answers

FAQ

What is the primary use of the Sirchie 2oz FLUOROMAG Latent Print Powder?

The Sirchie 2oz FLUOROMAG Latent Print Powder is primarily used in forensic investigations for detecting latent fingerprints on multicolored surfaces.

How does the Sirchie 2oz FLUOROMAG Latent Print Powder work?

This product combines magnetic and fluorescent compounds. The powder's natural color is silver/gray, but it glows bright yellow/green under ultraviolet light, making hidden prints stand out for easier identification.

Is the Sirchie 2oz FLUOROMAG Latent Print Powder suitable for professional use?

Yes, the Sirchie 2oz FLUOROMAG Latent Print Powder is designed for use by professional forensic teams. It's part of Sirchie's range of high-quality, reliable crime scene investigation tools.

Can the Sirchie 2oz FLUOROMAG Latent Print Powder be used on any color surface?

Yes, the powder is designed to be versatile and can be used on a variety of multicolored surfaces.

Reviews about this item

Review Summary

Sirchie 2oz FLUOROMAG Latent Print Powder Specifications

  • Volume

    2oz (59ml)

About Sirchie 2oz FLUOROMAG Latent Print Powder

When it comes to forensic investigations, the Sirchie 2oz FLUOROMAG Latent Print Powder stands out as a superior choice. This innovative product ingeniously merges the non-invasive benefits of magnetic powder with a potent fluorescent compound, making it an invaluable tool for detecting latent fingerprints on a variety of multicolored surfaces.

The powder's natural color is a subtle silver/gray, allowing it to blend seamlessly with most backgrounds. However, when exposed to ultraviolet light, it undergoes a dramatic transformation, glowing with a vibrant yellow/green hue. This striking color contrast makes the hidden prints stand out, facilitating easier identification and analysis.

Ideal for professional forensic teams, the Sirchie 2oz FLUOROMAG Latent Print Powder is a testament to Sirchie's commitment to providing high-quality, reliable, and efficient solutions for crime scene investigations. Whether you're working on a complex case or a routine check, this latent print powder is designed to deliver accurate and consistent results every time.

Sirchie 2oz FLUOROMAG Latent Print Powder Features

  • Innovative fusion of magnetic and fluorescent compounds for superior latent print detection
  • Ideal for use on multicolored surfaces, enhancing versatility in forensic investigations
  • Natural silver/gray color blends seamlessly with most backgrounds
  • Glows bright yellow/green under ultraviolet light for enhanced visibility
  • Perfect for professional forensic teams seeking accurate and consistent results
  • Part of Sirchie's high-quality, reliable range of crime scene investigation tools

Key Features

  • Enhance latent print visibility with Sirchie FLUOROMAG powder, ideal for dark surfaces.
  • Achieve superior contrast using this 2oz jar of FLUOROMAG, a forensics essential.
  • Rely on FLUOROMAG latent print powder for accurate fingerprint development every time.
  • This fingerprint powder offers ease of use, ensuring clear prints for analysis.
  • Trust Sirchie's FLUOROMAG for reliable results in critical public safety investigations.
  • Ensure traceability with FLUOROMAG, a standard in latent print examination protocols.