SpecGrade LED Achieves UL8800 Certification for Horticultural Lighting Equipment
SpecGrade LED, a global leader in advanced industrial LED grow lighting technology, announces their achievement of the UL 8800 Certification for horticultural lighting equipment, as offered by the Underwriters Laboratory.
Underwriters Laboratory sets industrial performance and safety standards that have become a bedrock of trust and authority in multiple industries. They created the UL 8800 horticulture certification due to the uniquely harsh environment of a grow facility, where dust, dampness, and air debris combined with high temperatures and humidity combine to create a unique environment for lighting fixtures.
SpecGrade LED is proud to announce that both of our LED grow light series, the Verta-8 and Verta-4, have acquired the UL 8800 Certification.
In addition to certifying the safety requirements of horticulture lighting, the UL 8800 takes into account a variety of performance testing to acknowledge the unique requirements of plants to produce biochemical growth under artificial light. UL testing takes into account active PPF and PPFD, as well as appropriate spectral distribution for photosynthesis and efficient photon efficacy.
Underwriters Laboratory sets industrial performance and safety standards that have become a bedrock of trust and authority in multiple industries. They created the UL 8800 horticulture certification due to the uniquely harsh environment of a grow facility, where dust, dampness, and air debris combined with high temperatures and humidity combine to create a unique environment for lighting fixtures.
SpecGrade LED is proud to announce that both of our LED grow light series, the Verta-8 and Verta-4, have acquired the UL 8800 Certification.
In addition to certifying the safety requirements of horticulture lighting, the UL 8800 takes into account a variety of performance testing to acknowledge the unique requirements of plants to produce biochemical growth under artificial light. UL testing takes into account active PPF and PPFD, as well as appropriate spectral distribution for photosynthesis and efficient photon efficacy.
No comments: