Global Research in Applied Cosmetology and Esthetics
Volume 0, Numéro 0, Pages 18-23
2026-09-01
Authors : Elbar Imane . Boudendouna Abdelhakim .
Background: The Algerian cosmetics industry has experienced rapid growth, with local production now meeting 70% of domestic demand. However, packaging quality remains a critical challenge affecting product integrity, safety, and market competitiveness. Objective: This study systematically documents and quantifies packaging-related challenges in Algerian cosmetic manufacturing, focusing on sourcing, quality, cost, supply reliability, and material compatibility issues. Methods: A descriptive and exploratory study was conducted using a structured questionnaire distributed via Google Forms to quality managers, production managers, and project managers in Algerian cosmetic companies. Data from five responding companies were analyzed using descriptive statistics and cross-tabulations. Results: Standard polyethylene (PE) and polyethylene terephthalate (PET) were the most commonly used materials (60% each), followed by polypropylene (PP) and high-density polyethylene (HDPE) (40% each). Quality defects, including poor sealing and material strength issues, were reported by 60% of companies. Supply delays/shortages and compatibility issues each affected 40% of respondents. Limited variety in formats and designs was also reported by 40% of companies. Conclusions: The study reveals significant packaging challenges in Algeria's cosmetic industry, primarily related to quality control and material sourcing. The absence of clear regulatory frameworks, limited local packaging manufacturing capabilities, and lack of comprehensive testing protocols contribute to these issues. Strategic recommendations include developing national regulatory standards aligned with FDA and EU regulations, establishing specialized quality control units, implementing mandatory pre-market testing, and promoting sustainable packaging alternatives.
Cosmetic packaging; Algeria; quality control; regulatory framework; sustainability; biopolymers
Bouadjehine Rayane
.
Belboula Imene
.
pages 222-247.
Taleb Abderrahman Karima
.
pages 661-671.
Hachemi Inas
.
Bakhouche Madiha
.
pages 522-539.