1. Door Frame Sealing Strip

Custom-processed with premium flocking technology, the flocking layer is designed to be dense, uniform, and firmly bonded. When in contact with the door panel, it helps reduce friction resistance, contributing to smoother door opening and closing performance. It also helps minimize noise caused by direct contact between metal and rubber components, supporting improved cabin comfort and reduced interior noise levels.

Designed to accommodate different door frame structures, the sealing strip offers good resilience and durability, helping maintain sealing performance during long-term use while reducing the risk of deformation or detachment.

2. Engine Compartment Sealing Strip

Developed for engine compartment environments exposed to elevated temperatures and oil contact, this sealing strip is manufactured using an oil-resistant rubber formulation. The material is designed to maintain controlled volume change performance.

The sealing strip is intended to withstand exposure to engine oil, hydraulic fluids, and other lubricants, helping reduce the likelihood of swelling, hardening, or cracking during extended service. It contributes to reducing the ingress of dust and moisture into the engine compartment, supporting the protection of internal components.

3. Sunroof Sealing Strip

Designed for outdoor environmental exposure, this sealing strip is developed with emphasis on weather resistance and long-term durability. The material demonstrates good resistance to UV exposure and environmental aging.

The strip is intended to perform under varying weather conditions, including sunlight, rain, temperature fluctuations, and wind exposure. Its elastic structure helps maintain sealing capability over time, assisting in reducing issues such as water ingress and air leakage.

With prolonged outdoor use, the material is designed to help reduce the effects of aging, brittleness, and shrinkage, supporting stable sealing performance for sunroof systems.

4. Battery Pack Sealing Strip

This sealing strip features a customized composite structure developed for battery pack applications. The inner layer uses elastic EPDM material to provide compression resilience and improved conformity to enclosure gaps, helping support effective sealing performance.

The outer layer is manufactured from wear-resistant TPV material, offering good resistance to abrasion and environmental aging during installation and service.

The dual-layer structure is designed to support sealing requirements for battery pack systems and may assist in achieving high levels of dust and water resistance, depending on installation design and system conditions. It is suitable for applications requiring stable sealing performance in new energy vehicle battery systems.