plastic bleed

简明释义

塑料漏出

英英释义

例句

1.We implemented a new mold design to minimize plastic bleed 塑料渗出 in our latest batch.

我们实施了新的模具设计，以最小化最新批次中的塑料渗出。

2.The design team was concerned about plastic bleed 塑料渗出 affecting the color consistency of the product.

设计团队担心塑料渗出会影响产品的颜色一致性。

3.During the manufacturing process, we noticed some plastic bleed 塑料渗出 on the edges of the product.

在制造过程中，我们注意到产品边缘有一些塑料渗出。

4.To reduce plastic bleed 塑料渗出, we need to adjust the temperature settings during production.

为了减少塑料渗出，我们需要在生产过程中调整温度设置。

5.The technician explained that plastic bleed 塑料渗出 can affect the overall quality of the finished item.

技术员解释说，塑料渗出可能会影响成品的整体质量。

作文

In the world of materials science and engineering, understanding various phenomena is crucial for innovation and safety. One such phenomenon is known as plastic bleed, which refers to the migration of plasticizers or other additives from a polymer matrix to the surface of a material. This process can significantly affect the physical properties of the plastic, including its appearance, texture, and performance. Plastic bleed often occurs in products that are subjected to high temperatures or prolonged exposure to certain environmental conditions, leading to potential degradation of the material. The implications of plastic bleed are significant across various industries, particularly in manufacturing and consumer goods. For instance, in the automotive industry, components made from plastics must maintain their structural integrity and aesthetic appeal throughout their lifespan. If plastic bleed occurs, it can lead to unsightly stains or changes in color, which may diminish the value of the vehicle and affect customer satisfaction. Similarly, in the food packaging sector, the migration of substances due to plastic bleed can pose health risks, as harmful chemicals might leach into food products. Moreover, understanding plastic bleed is essential for developing more durable and safer plastic materials. Researchers are continuously exploring ways to minimize this phenomenon by modifying the chemical structure of polymers or by adding stabilizers that can inhibit the migration of additives. This research not only helps in creating better materials but also supports sustainability efforts by reducing waste and enhancing the recyclability of plastics. In everyday life, consumers may encounter plastic bleed in various forms, such as the sticky residue left on surfaces after plastic items are exposed to heat or sunlight. This experience can be frustrating, as it requires additional cleaning efforts and may lead to concerns about the quality of the products being used. Awareness of plastic bleed can empower consumers to make informed choices when selecting plastic products, opting for those that are less likely to degrade over time. In conclusion, plastic bleed is a critical concept in understanding the behavior of plastic materials under different conditions. Its effects can have far-reaching consequences in numerous applications, from automotive parts to food packaging. As we continue to innovate and improve plastic technologies, addressing the challenges posed by plastic bleed will be vital for ensuring both product quality and consumer safety. By fostering awareness and promoting research in this area, we can work towards a future where plastics are not only functional but also safe and sustainable.

在材料科学和工程领域，理解各种现象对于创新和安全至关重要。其中一个现象被称为塑料渗出，它指的是增塑剂或其他添加剂从聚合物基体迁移到材料表面的过程。这一过程会显著影响塑料的物理特性，包括其外观、质地和性能。塑料渗出通常发生在暴露于高温或某些环境条件下的产品中，导致材料可能降解。塑料渗出的影响在各个行业中都很重要，尤其是在制造和消费品领域。例如，在汽车工业中，由塑料制成的部件必须在其使用寿命内保持结构完整性和美观。如果发生塑料渗出，可能会导致难看的污渍或颜色变化，从而降低车辆的价值并影响客户满意度。同样，在食品包装行业，由于塑料渗出造成的物质迁移可能会带来健康风险，因为有害化学物质可能渗入食品中。此外，理解塑料渗出对于开发更耐用和安全的塑料材料至关重要。研究人员不断探索减少这一现象的方法，通过改变聚合物的化学结构或添加可以抑制添加剂迁移的稳定剂。这项研究不仅有助于创造更好的材料，还支持可持续发展努力，通过减少废物和增强塑料的可回收性。在日常生活中，消费者可能会以各种形式遇到塑料渗出，例如塑料物品暴露在热量或阳光下后留下的粘性残留物。这种经历可能令人沮丧，因为这需要额外的清洁工作，并可能引发对所用产品质量的担忧。对塑料渗出的认识可以使消费者在选择塑料产品时做出明智的选择，选择那些不太可能随时间降解的产品。总之，塑料渗出是理解塑料材料在不同条件下行为的关键概念。其影响在众多应用中可能具有深远的后果，从汽车部件到食品包装。随着我们继续创新和改善塑料技术，解决塑料渗出带来的挑战对于确保产品质量和消费者安全至关重要。通过促进意识和推动该领域的研究，我们可以朝着未来努力，使塑料不仅功能性强，而且安全和可持续。