With the advent of Industry 4.0, the degree of intelligence in the industrial field has gradually increased and high-speed computing equipment such as robots, remote control systems, Internet of Things and data centers are increasingly being used in the field of industrial automation. A large number of data exchanges and operations are accompanied by high heat, which will cause the equipment to run slower or even being burned out, greatly reducing the reliability of equipment. At the same time, the harsh environment of industrial site also makes these products meet higher standards in EMC performance and thermal management performance and meet environmental requirements. The high-end thermal management materials and shielding materials independently developed by JONES can effectively solve the reliability and electromagnetic compatibility of equipment in harsh working environments.
Synthetic graphite sheet, multilayer graphite and natural graphite
The Vanoc synthetic graphite film adopts the internationally leading processing technology and has remarkable advantages such as high crystallinity and good lattice orientation. The product not only has high thermal conductivity, but also has good anisotropy---Thermal conductivity, in-plane 1800W/m-K, through-plane 15W/m-K. It is a good replacement to traditional heat spreading and thermal interface materials and has higher reliability. As a process-friendly material, Synthetic graphite has been widely usedin smart devices and a lot of wearables as a thermal diffusion material . it has also been widely used in industries with high reliability requirements such as communication equipment and power electronic equipment, as a thermal interface material.
Thermal Pad is a thermal conductive composite material with a certain thermal conductivity and flexibility. It is mainly used for gap filling between semiconductor devices and heat sinks, and improves the transfer efficiency of the heat generated by semiconductorsvduring operation.
Thermal GEL is a kind of thermal conductive composite with a certain fluidity, which can be applied to heat-generating devices by means of dispensing, with higher assembly efficiency and suitable for automated production lines. GEL-state thermal conductive products have lower thermal resistance, better compression set performance, less compressive stress, and are suitable for applications in which different heat-generating devices share a common heatsink.
Form in Place
FIP conductive rubber gasket (form-in-place) can automatically dispense high-conductivity rubber on metal or plastic substrate to form EMI shielding gasket according to customer's different design with computer-aided programming dispensing equipment.The gasket is made by filling different conductive particles in a silicone rubber. It has good elasticity and cured at a high temperature to form an electromagnetic and environmental sealing material. Our company can provide FIP materials with different packaging and different hardness according to different shielding performance requirements of customers, and can provide a total solution for conductive FIP products.
Conductive rubber material
The conductive rubber material is a type of polymer material which is independently developed by our company by filling conductive particles in silicone rubber. It has good EMI shielding effect and excellent water/steam sealing and corrosion resistance. Thanks to the independently developed formulation, Jones' conductive rubber products to have a wider operating temperature range and a longer service life. According to the customer's specific application scenarios, JONES's conductive rubber series can provide: compression molded gasket, extruded rubber strip, co-extruded conductive rubber strip, coated conductive rubber strip and so on.
Molded rubber products
Jones can customize a variety of rubber molded products to meet the customer's specific applications. By different formulas, material can be divided into conductive rubber and non-conductive rubber. These molded parts can be designed in complex shapes to provide effective electromagnetic shielding and environmental sealing.
Fabric Over Foam
FOF consists of conductive fabric layer and foam core, which can be processed into various shapes. The compressibility and resilience of foam core can meet the requirements of low sealing force. It is widely used in EMI protection of electronic equipment's housing and provides EMI shielding at the cabinet gap.
Wave filter and parts
Jones designs and manufactures power supply filters for industrial control applications, which can effectively reduce the electromagnetic interference of the three major systems of automated production lines, robots and CNC machine tools required for industrial automation. JONES's power filters include single-phase power filters, three-phase power filters, and PCB series filters.