Take-out Plate

The 35.9×136 take-out tube plays an important role in the post-mold cooling and handling stage of PET production. Its primary function is to support the transfer and thermal management of the preform after the injection mold opens. Efficient and controlled heat transfer at this stage helps maintain the amorphous structure of PET and minimize the risk of unwanted crystallization or whitening. The tube provides a precise contact interface that supports consistent heat transfer during the take-out process. For beverage producers, stable preform thermal conditions contribute to consistent clarity and mechanical properties during subsequent blowing and filling operations.

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Features
Technical Indicators
Overall Dimension

Heat Transfer and Preform Cooling
The 35.9×136 take-out tube plays an important role in the post-mold cooling and handling stage of PET production. Its primary function is to support the transfer and thermal management of the preform after the injection mold opens. Efficient and controlled heat transfer at this stage helps maintain the amorphous structure of PET and minimize the risk of unwanted crystallization or whitening. The tube provides a precise contact interface that supports consistent heat transfer during the take-out process. For beverage producers, stable preform thermal conditions contribute to consistent clarity and mechanical properties during subsequent blowing and filling operations.
Material Properties and Cooling Performance
Cooling performance is influenced by the material properties and geometry of the take-out tube. BJY selects high-quality extruded aluminum for these components because of its reliable thermal conductivity and consistent material structure. Compared with less uniform material structures, extruded aluminum supports efficient and stable heat transfer during continuous operation. This material advantage is particularly valuable for technical teams seeking consistent performance on high-speed production lines. By supporting efficient thermal management, BJY components can contribute to stable cycle performance and consistent production output.
Surface Engineering and Protection
Maintaining a clean and consistent preform surface is an important consideration for high-speed production. To help address surface wear, BJY applies a specialized hard anodizing treatment to each tube. This process improves surface hardness and wear resistance while providing a smooth, low-friction finish. The treated surface helps minimize the risk of preforms sticking, scuffing, or being damaged during the take-out process. By reducing friction and mechanical contact, BJY components help protect preform surface quality and support a consistent appearance in the finished bottles.
Engineering Accuracy and Reliability
Since our founding in 2011, BJY has been dedicated to precision manufacturing and dimensional consistency. Our 35.9×136 series is manufactured using advanced CNC machining technology to maintain accurate dimensions and compatibility with the intended assembly. Dimensional tolerances are controlled to ±0.02 mm, supporting consistent vacuum performance across the assembly where applicable. Precise machining helps reduce alignment errors that may contribute to preform damage, transfer instability, or unnecessary downtime. For beverage producers, BJY's focus on engineering accuracy supports reliable production performance, longer service intervals, and improved overall operating efficiency.