Comparison of Saliva, Urine, and Hair Drug Testing Accuracy

Saliva, urine, and hair testing each offer unique advantages and limitations in drug detection. Saliva tests provide rapid, on-site results but are limited to recent use. Urine tests detect a broader window of drug exposure with moderate accuracy and are widely used in roadside or workplace screening. Hair tests offer long-term drug history and high specificity but require laboratory processing. Comparing these methods helps law enforcement, forensic teams, and regulatory agencies select the appropriate testing type based on detection window, accuracy, sample type, and operational needs, ensuring reliable and legally defensible results.

Features:

  • Saliva: fast, on-site, detects recent use

  • Urine: moderate accuracy, widely used for screening

  • Hair: long-term history, high specificity

  • Guides selection of testing method for operational needs

Scope / Applications:

  • Law enforcement and forensic investigations

  • Workplace and drug rehabilitation screening

  • Sample prioritization for laboratory confirmation

  • Operational planning based on detection windows

Zinc Phosphide Screening Solution: Safe Field Operation Guide

The Zinc Phosphide Screening Solution provides rapid, on-site identification of zinc phosphide, a highly toxic rodenticide, in food, liquids, and environmental samples. This guide emphasizes safe handling, proper personal protective equipment (PPE), and standardized procedures to minimize exposure risk. Portable and easy to use, the solution delivers clear visual results, enabling immediate safety measures and sample prioritization for laboratory confirmation. Designed for forensic investigators, emergency responders, and public safety personnel, the kit ensures reliable, safe field operations while supporting poisoning case analysis and hazard prevention.

Features:

  • Rapid on-site detection of zinc phosphide

  • Portable, user-friendly, with clear visual indicators

  • Safety-focused procedures and PPE guidance

  • Supports forensic investigations and emergency response

Scope / Applications:

  • Forensic and poisoning case investigations

  • Emergency response to suspected toxic incidents

  • Environmental and food safety screening

  • Hazard monitoring and regulatory compliance

Sodium Fluoroacetate Test Kit: Stability and Sensitivity Evaluation

The Sodium Fluoroacetate Test Kit allows rapid, on-site detection of sodium fluoroacetate, a highly toxic compound, in liquids, powders, and environmental samples. This evaluation focuses on the kit’s stability, shelf life, and sensitivity to trace amounts, ensuring reliable field performance. Portable and user-friendly, the kit delivers clear visual results, guiding immediate safety measures and prioritizing samples for laboratory confirmation. Ideal for forensic investigators, emergency responders, and public safety personnel, it supports poisoning case analysis, hazard prevention, and regulatory compliance with minimal operator training.

Features:

  • Rapid on-site detection of sodium fluoroacetate

  • High sensitivity for trace-level detection

  • Stable performance with clear visual readouts

  • Supports forensic investigations and emergency response

Scope / Applications:

  • Forensic and poisoning case investigations

  • Emergency response to toxic incidents

  • Environmental and food sample screening

  • Regulatory compliance and hazard monitoring

Tetramine (Rat Poison) Rapid Detection Kit for Forensic Use

The Tetramine Rapid Detection Kit enables fast, on-site identification of tetramine, a highly toxic rat poison, in food, liquids, and environmental samples. Designed for forensic investigators, emergency responders, and public safety personnel, the kit provides clear visual results within minutes, guiding immediate safety measures and prioritizing samples for laboratory confirmation. Portable, easy to use, and requiring minimal training, it ensures reliable outcomes while reducing exposure risk. This kit is essential for poisoning case investigations, public health protection, and rapid forensic analysis of suspected toxic incidents.

Features:

  • Rapid on-site detection of tetramine in various sample types

  • Portable and user-friendly with clear visual indicators

  • Supports immediate safety response and sample prioritization

  • Complements laboratory confirmation for forensic accuracy

Scope / Applications:

  • Forensic investigations of poisoning incidents

  • Emergency response and public safety operations

  • Food safety inspections for intentional contamination

  • Environmental and sample screening in suspected toxic cases