Product Classification Results Page

Foam core metal shielding wire mesh

Foam core metal wire mesh is a high-performance functional material that combines highly conductive metal wire mesh with lightweight foam materials such as polyethylene, polyurethane, or silicone foam, designed specifically for electromagnetic shielding and structural lightweighting needs. Its core structure is composed of precision woven metal wire mesh (such as stainless steel 316L, tin plated copper or nickel based alloy) as a shielding layer, wrapped or laminated on the surface of the closed
Metal Wire Mesh Gasket

金属丝网衬垫是一种集电磁屏蔽、机械缓冲与环境密封功能于一体的高性能复合材料，由精密编织的金属丝网（如不锈钢304/316L、蒙乃尔合金、铍铜等）与弹性基材（如硅胶、氟橡胶、海绵）通过特殊工艺复合而成。其核心原理是通过金属网的高导电性形成连续的导电通路，有效反射、吸收并衰减电磁波，屏蔽效能覆盖10kHz至40GHz频段；同时，弹性基材的柔韧性使其能够紧密贴合不规则缝隙，填补机械加工公差，抵御振动、冲击及环境腐蚀。产品广泛应用于电子设备、通信基站、汽车电子、航空航天及军工等领域，为机箱、机柜、连接器、显示屏等部件提供可靠的电磁兼容（EMC）解决方案，同时满足IP67级防尘防水需求。其设计兼顾了高性能与易用性，可通过背胶粘贴、机械卡扣或焊接等方式快速安装，显著提升设备在复杂电磁环境中的稳定性与可靠性。
Metal Shielding Wire Mesh

Shielding net is an electromagnetic protection device made of metal materials such as copper and tin plated copper wire as the core. It uses a precise metal weaving structure to reflect, absorb, and convert electromagnetic waves, effectively isolating external electromagnetic interference and preventing internal signal leakage. This shielding network exhibits excellent shielding effectiveness in the frequency range of 10MHz to 3GHz, and is widely used in places with strict electromagnetic enviro
Customization

Goodbon can quickly support the design and manufacturing of non-standard products. There are three main types of non-standard requirements:
A: Early stage design validation - A sample made to validate a new design concept or process.
B: When encountering problems in mass production, it is necessary to add or modify product validation to solve the problem.
C: Special structural space or assembly methods make standard parts unusable and require adjustment on the standard parts.
Shield Cover

EMI shielding is the isolation between two spatial areas to control the radiation of electric fields, magnetic fields, and electromagnetic waves. Specifically, shielding products are used to surround the interference sources of components, circuits, assemblies, cables, or the entire system to prevent the spread of interference electromagnetic fields. Such products may also be used to surround the receiving circuit, equipment, or system to prevent them from being affected by external interference
Contact Spring

近年来，电⼦科技发展快速，科学进度神速，⼈类为追求更理想、更舒适之⽣活环境⽽研发更加⼈性且更加便利的产品，也因为如此，往常只出现于国防单位及研究单位的⾼频率、宽频仪表设备，也渐渐地融⼊每个⼈的⽣活当中。电磁波对⼈所造成的伤害，最可怕之处在于它是⽆形，⼀般⼈是⽆法感受到它的威⼒，直到近⼏年科学⽇益增进，于是⽅有⼈开始针对电磁波对⼈体之危害作较严密的探讨。追究电磁辐射因素，电⼦元件所在的印刷电路板上，由于电⼦元件产⽣不同频率及电流在电路板的铜箔线路上流动，此信号流之地一路在⾼频下如因电位不等，将易造成接地—路—讯，因此导致电磁⼲扰产⽣。故为有效让接地系统的阻抗微⼩化，其最有效之⽅法乃采取更多接点之⽅式，降低因接地回路阻抗导致之杂讯。
珈邦新材致⼒于防电磁波⼲扰解决⽅案多年，其在导电泡棉、导电布、铜箔、吸盘材料、⾦属簧⽚、屏蔽罩之产品，已成为电磁屏蔽罩上不可或缺之材料，亦成为EMI⼯程师应该之依据，但为改善接地系统之阻抗，持续发展表⾯粘着型弹⽚产品，期待能为客⼾尽⼀份⼼⼒。珈邦新材为伸展SMD弹⽚之应⽤领域，陆续发展了多种尺⼨弹⽚（定位及垫高功能），以便为客户满足各种不同通途的使用。
Fingerstock

Goodbon New Material finger reed has a variety of different shapes and sizes of products to choose from, each product has a specific application scenario and installation size recommendations. At present, Jiabang New material has hundreds of standard finger-shaped reed products, its high-speed precision punching machine, microcomputer controlled heat treatment furnace, precision electroplating and other processes make the cost of products lower, product performance indicators more perfect.
In ad
FlexFOAM FEF All-direction Conductive Foam

FEF series all-direction conductive sponge is a polyurethane composite foam with fine, uniform, soft, elastic and anti-corrosion properties. This all-directional conductive material is formed by electroplating a conductive metal layer on the basis of the sponge, and the back of the conductive sponge is a bonding conductive cloth with good adhesiveness. GoodBon Tech's sponge has 3 layers of electroplating layers, which are nickel-copper-nickel, which not only ensures good electrical conductivity,
FlexFOAM OEF Conductive Fabric Over Foam

FlexFOAM OEF Conductive Fabric Over Foam is a EMI shielding material that wraps a high elastic sponge core with conductive fabric or conductive metallic foil. It has the characteristics of low compression force, high compression ratio, high shielding performance and flexible installation methods. Provides a lightweight, flexible EMI/RF solution for equipment. The OEF series can also be die-cut to enable low-cost custom shielding structures for various I/O ports. Our engineers can also help cust
FleXEAL NF Non-conductive FIP

GoodBon Technology’s eSEAL NF non-conductive FIP series has excellent resilience and environmental sealing performance. It can be dispensed manually or by automatic dispenser. eSEAL NF has the characteristics of low hardness, good elasticity and low compression set, and has good adhesion on various metal and plastic surfaces. The main applications of the product include: wireless communication base station equipment, Automotive, as well as consumer electronics and other fields.
FleXEAL EF Conductive FIP Gasket

GoodBon Technology’s eSEAL EF product series includes different conductive particle formulations, high shielding effectiveness, room temperature or high temperature vulcanization and other product options. The fluidity of the glue is good, which is convenient for dispensing and construction; after curing and molding, it has excellent adhesion, and has good wear resistance and can withstand repeated disassembly and assembly, low compression permanent deformation and other characteristics. The a
GBT-eSEAL NON-CONDUCTIVE SEALING ELASTOMER

GoodBon developed non-conductive elastomers are polymer materials with high flexibility. Products applications apply in cushioning and shock absorption, sealing and insulation, flexure, and wear resistance, as well as corrosion and salt spray resistance scenarios. Silicone elastomer can be combined with a variety of materials for composite usage. The composite materials greatly improve and enrich the comprehensive performance of silicone elastomer. Different products have different physical and
GBT-eSEAL CF Co-extruded Conductive Elastomer

Co-extruded conductive elastomer is combined conductive and non-conductive silicone elastomer and is Co-extruded by using special die. Other than good shielding effectiveness, with correct groove size design, the product can also achieve excellent waterproof and dust-proof functions, with the highest protection up to IP68. According to different conductive particles, products could be categorized into 4 types: Ag/Al + silicone elastomer co-extrusion (CF2310), Ni/C + silicone elastomer co-extrusi
GBT-eSEAL EC (Electrically Conductive Elastomer Product)

Material selection is based on the designer's requirements for performance and cost. For example, GBT-eSEAL EC2320 (Ag/Al, fluorosilicone) with excellent shielding and corrosion resistance. It can greatly improve the reliability and service life of the product. This material is suitable for harsh aerospace applications. For industrial grade applications, the high conductivity of eSEAL EC2310 (Ag/Al, silicone),
Ec2410 (Ag/G, silicone) and EC2510 (Ag/Cu, silicone) are suitable for higher level sh

Home Page ꄲ EMI Shielding Materials

Product Center

PRODUCT