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Plastic
TOYOE
| This crate adopts a high-performance composite material formula, blending copolymer polypropylene (PP-C) and high-density polyethylene (HDPE) to leverage the complementary advantages of the two materials—PP-C contributes to excellent toughness and chemical resistance, while HDPE enhances structural rigidity and wear resistance. It is manufactured via a double-layer co-extrusion process, a precision forming technology that ensures uniform material fusion and consistent thickness, ultimately creating a sturdy 0.8mm-thick box body with reliable structural stability |
The advanced material selection and forming process endow the crate with outstanding impact resistance, boasting a strength rating of 80kJ/m². This performance is 300% higher than that of traditional wooden crates, meaning the crate can better withstand collisions, drops, and extrusion during handling and transportation—effectively reducing the risk of damage to the goods inside. Compared with wooden crates that are prone to cracking, deformation, or decay, this composite crate also offers longer service life and stronger adaptability to harsh environments, making it a more durable and efficient packaging choice
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| Within the temperature range of -30℃ to 80℃, the material maintains dimensional stability. A certain auto parts enterprise's actual measurement shows that in the environment of -25 ℃ in Changchun, there is no embrittlement phenomenon in the box. |
The more innovative application of nano-scale anti-ultraviolet additives has enhanced the color fastness of the box surface to grade 8 (ISO 105-B02 standard). In the outdoor exposure test in Hainan, the color difference ΔE was ≤1.5 within 3 years. |
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| This crate adopts a high-performance composite material formula, blending copolymer polypropylene (PP-C) and high-density polyethylene (HDPE) to leverage the complementary advantages of the two materials—PP-C contributes to excellent toughness and chemical resistance, while HDPE enhances structural rigidity and wear resistance. It is manufactured via a double-layer co-extrusion process, a precision forming technology that ensures uniform material fusion and consistent thickness, ultimately creating a sturdy 0.8mm-thick box body with reliable structural stability |
The advanced material selection and forming process endow the crate with outstanding impact resistance, boasting a strength rating of 80kJ/m². This performance is 300% higher than that of traditional wooden crates, meaning the crate can better withstand collisions, drops, and extrusion during handling and transportation—effectively reducing the risk of damage to the goods inside. Compared with wooden crates that are prone to cracking, deformation, or decay, this composite crate also offers longer service life and stronger adaptability to harsh environments, making it a more durable and efficient packaging choice
| | |
| Within the temperature range of -30℃ to 80℃, the material maintains dimensional stability. A certain auto parts enterprise's actual measurement shows that in the environment of -25 ℃ in Changchun, there is no embrittlement phenomenon in the box. |
The more innovative application of nano-scale anti-ultraviolet additives has enhanced the color fastness of the box surface to grade 8 (ISO 105-B02 standard). In the outdoor exposure test in Hainan, the color difference ΔE was ≤1.5 within 3 years. |
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