GIGABYTE attaches great importance to producer responsibility to society and the environment. We do not support or tolerate any upstream partner that violates human rights and environmental well-being. Besides, by means of continually strengthening employee care, process safety, and environmental management measures on the front line, we insist on ensuring that the products and services to be provided to consumers and customers are safe, environmental-friendly, and of high quality. As for the demand side, GIGABYTE will also restrict or cease business with the third party until and unless we have high confidence that our products are not being used to violate human rights.

Extend Product Responsibility and Guard Society and the Planet together with YOU

GIGABYTE attaches great importance to producer responsibility to society and the environment. We do not support or tolerate any upstream partner that violates human rights and environmental well-being. Besides, by means of continually strengthening employee care, process safety, and environmental management measures on the front line, we insist on ensuring that the products and services to be provided to consumers and customers are safe, environmental-friendly, and of high quality. As for the demand side, GIGABYTE will also restrict or cease business with the third party until and unless we have high confidence that our products are not being used to violate human rights.

Harmful Substance Management 

In 2005, GIGABYTE became the worldʼs first system brand manufacturer to pass IECQ QC 080000 standard certification, ensuring consumers use products that are safe and environmentally friendly. Every quarter, GIGABYTEʼs Green Sustainable Development Committee reports on trends in international environmental regulations, such as REACH, RoHS, and POPs, to stay abreast of changes in international standards and promptly initiate cross-departmental response plans to ensure products comply with the latest regulations.

To effectively track and manage the products and services it procures in accordance with the principle of “reducing the use of substances harmful to the environment,” GIGABYTE established the “Harmful Chemical Substances Requirements (HCSR)” as early as 2003. This framework classifies substances into three levels: Level A (prohibited), Level B (phased out within a specified timeframe), and Level C (potentially prohibited).This enables systematic management of high-risk substances and the development of response plans based on hazard levels. The company has also updated the prohibited chemical list in the “GIGABYTE Sustainable Procurement Guidelines,” requiring all suppliers to comply with relevant regulations to rapidly phase out prohibited substances.

In response to the international marketʼs emphasis on sustainable raw materials, GIGABYTE further revised the “Guidelines for the Management of Harmful Chemical Substances and Sustainable Materials Requirements” in 2025 and added a “Sustainable Development Chapter.” Through a clear guidance framework, the company collaborates with supplier partners to reduce, from the source, the potential impact of product components on the environment and human rights, thereby strengthening the practice of responsible procurement. In 2025, we conducted one training session on hazardous substances management for the Group. Additionally, dedicated hazardous substances management personnel participated in relevant training courses on an ad hoc basis, completing a total of eight specialized training sessions with a cumulative attendance of 118 participants.

Harmful Substance Management Process

Product Environmental Report

The GIGABYTE has published 3 versions of Product Environmental Report with different scope of disclosure:

Version Year Adopted No. of copies Disclosed Environmental Impact (based on EU Product Environmental Footprint (PEF)) Other Information
Version 1 [V1] 2018 21 3 impacts: greenhouse gases; suspended particles; terrestrial/aquatic acidification  
Version 2 [V2] 2019 37 12 impacts: climate change; ionizing radiation; particulate matter; ozone depletion; photocatalytic ozone formation; mineral, fossil, and raw resource depletion; acidification; freshwater eutrophication; terrestrial eutrophication; freshwater ecotoxicity; human toxicity (cancer effects); human toxicity (non-cancer effects).  
Version 3 [V3] 2020 97 16 impacts: climate change; particulate matter; ozone depletion; water use; freshwater eutrophication, marine eutrophication; resource use (energy carriers); resource use (minerals and metals); land use; terrestrial eutrophication; photochemical ozone formation; acidification; freshwater ecotoxicity; human toxicity (cancer effect), human toxicity (non-cancer effect); ionizing radiation. Composition and recycling ratios of the materials used in the product and packaging.