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Bottom sealing PE anti-static packaging for ESD refers to a type of protective packaging made from polyethylene materials, designed to prevent electrostatic discharge damage to sensitive components. It is widely used in commercial procurement and industrial operations where electrostatic control is required.
This packaging is produced from conductive PE roll film and cylinder film through three main processes: heat sealing, cutting and ironing. The bag body can effectively release accumulated electric charges generated during handling and transportation, protecting electronic sensitive components from electromagnetic waves and static electricity. Additionally, the inherent light-shielding property of black PE material prevents damage to light-sensitive components and products during storage and transit.
Model | Item | General Square Resistance (Ω/Sq) | Thickness (μm) | Width (mm) | Length (mm) | Application |
JH5061 | Conductive PE bag | 1K-100K | 25-200 | 50-1250 | Customized | Explosion-proof, anti-static, light-blocking, electrostatic shielding packaging |
JH5061F | Permanently conductive PE bag | 100K-1G | 25-200 | 50-1250 | Customized | Explosion-proof, anti-static, light-blocking packaging |
JH5361F | Black light-blocking anti-static PE bag | 100M-100G (Non-permanent: 100M-100G) | 25-200 | 50-1250 | Customized | Anti-static, light-blocking |
JH5461 | Black light-blocking PE bag | 1T | 25-200 | 50-1250 | Customized | Light-blocking, UV-blocking |
This product line offers multiple configurations to accommodate diverse industrial applications, with comprehensive customization capabilities.
By edge sealing form: Bottom sealing, cut-and-iron type, wide-hot edge and other sealing methods are available.
By bag shape: Flat bag, organ bag (edge bag), round bottom bag, three-dimensional bag (special-shaped bag) and other shapes can be produced.
By opening form: Flat pockets, zip lock bag with concave-convex strips, self-adhesive envelope pockets, self-adhesive velcro pockets are all supported.
By application: These bags are also referred to as light-shielding bags, selenium drum bags, permanent anti-static bags, black plastic bags, container bag inner bags, electronic detonator bags and explosion-proof bags based on their specific uses.
All models support customization of size, opening pattern and thickness. The single-layer film thickness can be adjusted between 25μm and 200μm, the width ranges from 50mm to 1250mm, and the length can be fully customized according to the dimensions of the packaged products.
This packaging is suitable for various industrial applications that require electrostatic protection, light blocking or explosion prevention. It is commonly used to package electronic sensitive components, light-sensitive products, selenium drums, electronic detonators and other items that are vulnerable to static electricity, electromagnetic waves or light. It provides reliable protection during both transportation and long-term storage, reducing the risk of product damage caused by environmental factors.
Our company has extensive experience in the production and application of anti-static packaging. We offer products that meet specified performance standards at competitive pricing, with short production lead times to support timely commercial procurement needs.
The square resistance varies by model. The JH5061 conductive PE bag has a range of 1K-100K Ω/Sq, the JH5061F permanently conductive PE bag ranges from 100K-1G Ω/Sq, the JH5361F black light-blocking anti-static PE bag has a range of 100M-100G Ω/Sq, and the JH5461 black light-blocking PE bag has a square resistance of 1T Ω/Sq.
Yes, all dimensions and thicknesses can be adjusted within the specified ranges. The thickness can be set between 25μm and 200μm, the width between 50mm and 1250mm, and the length can be fully customized to fit your specific product dimensions.
In addition to anti-static performance, different models offer additional functions including light blocking, UV blocking, explosion protection and electrostatic shielding. You can select the appropriate model based on your specific industrial application requirements.