• JALITE Group : New high performance aluminium products launched up to 100mcd/m2 at 60 minutes decay time
  • New Standards implemented : JALITE has upgraded its product ranges in line with the revision of ISO 7010
  • Jalite Group : Jalite group has announced it will shortly stop production of A Class material and set...
  • Safety beats the crisis : JALITE business continues strong in the downturn and can only prove that accidents, death and...
  • UL 924 signs : High visibility, energy saving JALITE UL 924 Exit Signs are sweeping the USA
JALITE safety products are fully accredited by internal conformance testing and third party verification.







Accreditations and Certifications

JALITE Group have pioneered the application and specification of photoluminescent materials to be used in safety applications. To gain approvals and acceptance from governing bodies and jurisdictions it has been absolutely essential to provide third party accreditations and certifications concerning both the intrinsic quality of the products and its consistency.

JALITE Group is audited by third party accreditation bodies and self audited systematically internally to BS EN ISO 9000 quality standards. Furthermore, is audited by clients for demanding applications such as aviation, marine and military.

No other company has the history and performance of JALITE in both breadth and depth of Accreditation. No other company can give over 15 years data for statistical process control data for the luminance decay quality of its material and performance data under the complete range of in situ conditions likely to be encountered in use.

JALITE is a fully tested , accredited and approved supplier for all of the most demanding applications providing an unrivalled confidence level for consumers.

Quality Assurance and meeting specifications has resulted in product approvals to meet and exceed all know standards for safety signs and photoluminescent materials in this industry.

                                                    See Photoluminescent decay properties