ATEKSTAR

2023 — Now

Brand

Atekstar was officially established in 2023, unifying nearly a decade of material R&D into a complete portfolio of professional paint protection films.

2023 — Now

ATEKSTAR

Brand

Atekstar was officially established in 2023, unifying nearly a decade of material R&D into a complete portfolio of professional paint protection films.

2023 — Now

ATEKSTAR

Brand

Atekstar was officially established in 2023, unifying nearly a decade of material R&D into a complete portfolio of professional paint protection films.

2023 — Now

ATEKSTAR

Brand

Atekstar was officially established in 2023, unifying nearly a decade of material R&D into a complete portfolio of professional paint protection films.

2020 — 2023

TPU film

R&D and manufacturing

elevating performance to a new level of elasticity, clarity, and anti-yellowing durability. This era saw the development of advanced self-healing, anti-stain, and scratch-resistant systems, along with precision formulation and optical-grade manufacturing standards—establishing the brand in the high-end market.

2020 — 2023

TPU film

R&D and manufacturing

elevating performance to a new level of elasticity, clarity, and anti-yellowing durability. This era saw the development of advanced self-healing, anti-stain, and scratch-resistant systems, along with precision formulation and optical-grade manufacturing standards—establishing the brand in the high-end market.

2020 — 2023

TPU film

R&D and manufacturing

elevating performance to a new level of elasticity, clarity, and anti-yellowing durability. This era saw the development of advanced self-healing, anti-stain, and scratch-resistant systems, along with precision formulation and optical-grade manufacturing standards—establishing the brand in the high-end market.

2020 — 2023

TPU film

R&D and manufacturing

elevating performance to a new level of elasticity, clarity, and anti-yellowing durability. This era saw the development of advanced self-healing, anti-stain, and scratch-resistant systems, along with precision formulation and optical-grade manufacturing standards—establishing the brand in the high-end market.

2018— 2020

TPH film

R&D and manufacturing

With the transition to TPH (High-Polymer) films, the team entered the automotive protection sector. This stage emphasized improved abrasion resistance, gloss clarity, and installation smoothness, while integrating earlier research into scalable mass production and a more robust quality control system.

2018— 2020

TPH film

R&D and manufacturing

With the transition to TPH (High-Polymer) films, the team entered the automotive protection sector. This stage emphasized improved abrasion resistance, gloss clarity, and installation smoothness, while integrating earlier research into scalable mass production and a more robust quality control system.

2018— 2020

TPH film

R&D and manufacturing

With the transition to TPH (High-Polymer) films, the team entered the automotive protection sector. This stage emphasized improved abrasion resistance, gloss clarity, and installation smoothness, while integrating earlier research into scalable mass production and a more robust quality control system.

2018— 2020

TPH film

R&D and manufacturing

With the transition to TPH (High-Polymer) films, the team entered the automotive protection sector. This stage emphasized improved abrasion resistance, gloss clarity, and installation smoothness, while integrating earlier research into scalable mass production and a more robust quality control system.

2015 — 2018

PET film

R&D and manufacturing

focusing on fundamental material science and establishing stable production processes. During this phase, core technologies such as film stretching, surface treatment, and weather-resistance tuning were developed—laying the groundwork for future advancements into premium protective films.

2015 — 2018

PET film

R&D and manufacturing

focusing on fundamental material science and establishing stable production processes. During this phase, core technologies such as film stretching, surface treatment, and weather-resistance tuning were developed—laying the groundwork for future advancements into premium protective films.

2015 — 2018

PET film

R&D and manufacturing

focusing on fundamental material science and establishing stable production processes. During this phase, core technologies such as film stretching, surface treatment, and weather-resistance tuning were developed—laying the groundwork for future advancements into premium protective films.

2015 — 2018

PET film

R&D and manufacturing

focusing on fundamental material science and establishing stable production processes. During this phase, core technologies such as film stretching, surface treatment, and weather-resistance tuning were developed—laying the groundwork for future advancements into premium protective films.