HPTLC is the method of choice for complex matrices, providing visual identity confirmation, rapid sample comparison, adulteration checks, purity monitoring, and marker compound quantification.

HPTLC effectively handles complex and diverse food matrices and is commonly used for quality control, testing for additives, and screening for food contaminants.

HPTLC enables the rapid and reliable screening of multiple complex biological samples for substances such as drugs of abuse, regulated pharmaceuticals, and other compounds.

HPTLC is a robust, cost-effective technique for analyzing complex matrices, supporting process control, quality control, and cleaning validation with minimal preparation and multi-mode detection.

HPTLC ensures the quality and authenticity of cosmetic ingredients, such as plant extracts and essential oils, ensuring the safety of cosmetic products.

HPTLC efficiently and accurately analyzes multiple samples simultaneously, ensuring high-resolution identification and quantification of active ingredients and impurities.

HPTLC is used to separate, identify, and quantify chemical compounds in various industries, ensuring product quality. It aids in detecting impurities.

HPTLC is ideal for monitoring water quality and analyzing chemical residues in environmental samples like soil and wastewater. Coupled with effect-directed analysis, it detects known and unknown toxins.

HPTLC is used in research and for routine quality control purposes. It allows for analysis of divers analytes gained directly from any complex matrix.