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Also known as Sputter Coated LowE, this evolution of technology and innovation sees atomic layers of silver and metal oxides provide superior performance as well as no risk of visible haze that other hardcoat LowE coatings can have.

Also known as Sputter Coated LowE, this evolution of technology and innovation sees atomic layers of silver and metal oxides provide superior performance as well as no risk of visible haze that other hardcoat LowE coatings can have.

Also known as Sputter Coated LowE, this evolution of technology and innovation sees atomic layers of silver and metal oxides provide superior performance as well as no risk of visible haze that other hardcoat LowE coatings can have.

Also known as Sputter Coated LowE, this evolution of technology and innovation sees atomic layers of silver and metal oxides provide superior performance as well as no risk of visible haze that other hardcoat LowE coatings can have.

Explains the roles and responsibilities of employers, supervisors and apprentices in the electrical industry.

This Certifier Practice Standard is prepared by the Commissioner for Fair Trading under section 14 of the Building and Development Certifiers Act 2018 (B&DC Act); Section 14 provides that a registered certifier’s conditions of registration may require the certifier to carry out certification work in accordance with specified standards or methodologies prepared by the Commissioner.

The Design and Building Practitioners Act 2020 and Design and Building Practitioners Regulation 2021 (the DBP legislation) were established to raise the standards of building design and building work.

These are Guidelines issued by the Secretary of the Department of Customer Service (the Secretary), under Schedule 3 of the Design and Building Practitioners Regulation 2021.

Approved by the Secretary of the Department of Customer Service (the Secretary), under clause 9(1)(c) of the Design and Building Practitioners Regulation 2021.

Explains consideration of glass types and treatment methods to avoid the possibility of thermal stress cracking.