PABA EP Grade (P-aminobenzoic Acid)

PABA EP Grade (P-aminobenzoic Acid)

PABA EP Grade (p‑Aminobenzoic Acid) is a high-purity, pharmacopoeia-compliant ingredient commonly used in pharmaceutical and personal care formulations. Known for its role as a UV absorber and intermediate compound, it is manufactured to meet European Pharmacopoeia (EP) standards for quality, consistency, and safety.

Packaging
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  • Category

    PharmaceuticalsAPI
  • Sectors

    Pharma

What is PABA EP Grade (P-aminobenzoic Acid)

PABA (p‑Aminobenzoic Acid) EP Grade is a refined chemical compound produced in accordance with European Pharmacopoeia specifications, ensuring strict purity and performance standards. It appears as a white to off-white crystalline powder and is valued for its stability and versatility across regulated industries. Historically recognised for its UV-absorbing properties, PABA has been used in sunscreen formulations, though its application has evolved in line with regulatory and formulation trends.

In pharmaceutical applications, PABA is often utilised as an intermediate in the synthesis of active compounds and specialty chemicals. Its defined structure and high purity make it suitable for use in controlled production environments where consistency is essential. Additionally, PABA EP Grade is used in niche personal care formulations and research applications due to its well-documented chemical profile.

Manufactured under strict quality controls, this grade ensures compliance with industry standards, providing confidence for formulators seeking reliable and traceable ingredients. Its compatibility with a range of solvents and formulations further enhances its value as a multifunctional compound in both commercial and development settings.

PABA EP Grade (P-aminobenzoic Acid)
  • High Purity
  • Chemical Intermediate
  • Pharmaceutical Grade
  • Personal Care
  • Cosmetic Ingredients
  • EP Compliant
  • UV Absorber
  • API Intermediate

Applications & Functionalities

PABA EP Grade serves multiple functional roles across pharmaceutical and personal care applications. Its primary functionality lies in its chemical reactivity, making it a valuable intermediate for synthesising folic acid derivatives, dyes, and other specialty compounds. In personal care, it has historically been used for its UV absorption capabilities, helping to protect skin from harmful ultraviolet radiation, although usage today depends on regulatory allowances and formulation preferences. The compound also exhibits stabilising and protective characteristics in certain formulations, contributing to product performance and shelf life. Its consistent particle size and high purity enable reliable integration into formulations, supporting reproducibility in manufacturing processes. Furthermore, PABA’s compatibility with various excipients and solvents makes it adaptable for use in both aqueous and non-aqueous systems, enhancing its versatility across industries.

PABA EP Grade serves multiple functional roles across pharmaceutical and personal care applications. Its primary functionality lies in its chemical reactivity, making it a valuable intermediate for synthesising folic acid derivatives, dyes, and other specialty compounds. In personal care, it has historically been used for its UV absorption capabilities, helping to protect skin from harmful ultraviolet radiation, although usage today depends on regulatory allowances and formulation preferences. The compound also exhibits stabilising and protective characteristics in certain formulations, contributing to product performance and shelf life. Its consistent particle size and high purity enable reliable integration into formulations, supporting reproducibility in manufacturing processes. Furthermore, PABA’s compatibility with various excipients and solvents makes it adaptable for use in both aqueous and non-aqueous systems, enhancing its versatility across industries.

Common applications include:

  • Pharmaceutical intermediates
  • UV absorbers
  • cosmetic formulations
  • specialty chemical synthesis
  • research and development.

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