Chromax®

Chromium Picolinate

CHROMAX® is a functional ingredient based on chromium picolinate, selected and distributed exclusively for the Italian market by Pharmanutra Ingredients.
It is a widely studied source of chromium, used in nutraceutical and food formulations dedicated to glucose metabolism and the support of specific nutritional needs.

Ingredient characteristics

Chromium picolinate is an organic form of chromium characterised by a stable chemical structure, developed to promote efficient absorption compared to other chromium sources.

CHROMAX® is one of the most studied forms of chromium in nutritional science: the safety and functional characteristics of chromium picolinate have been the subject of numerous scientific and clinical evaluations. The ingredient is manufactured in the United States in GMP-certified facilities, ensuring quality, safety and reproducibility of the production process.

Exclusive distribution for Italy

Pharmanutra Ingredients distributes Chromax exclusively for the Italian market, providing full support in terms of:

  • technical documentation
  • regulatory support
  • formulation assistance

Data sheet, safety data sheet (SDS) and technical documentation available upon request

Nutritional profile and applications

Chromium is an essential trace element involved in macronutrient metabolism and the maintenance of normal blood glucose concentrations.
CHROMAX® is used in formulations dedicated to:

  • nutraceutical products for glucose metabolism
  • solutions for the nutritional management of body weight
  • formulations targeting energy metabolism
  • products designed to support normal cognitive function

The ingredient is valued for its formulation versatility and well-characterised technical profile.

  • Clinically studied
  • Manufactured to GMP standards
  • Stable chemical structure
  • Good absorption profile
  • Extensive scientific documentation available

  • Food supplements
  • Meal replacement products
  • Sports nutrition

Best for

Energy Energy
 Metabolism Metabolism