Konlida offers a comprehensive range of conductive foam solutions, including silicone, PU, and PE foam substrates. Surface options include conductive fabric, PI film, or graphite wrapping, with fully customizable profiles and structures. Available with pressure-sensitive adhesive or reflow-solderable designs, our conductive foams deliver flexible, reliable EMI shielding for diverse electronic applications.
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EMI Shielding materials Categories
KONLIDA specializes in the development of advanced EMI Shielding Materials and integrated EMI Solutions, including high-performance EMI Gaskets and precision die-cut components. Our expertise covers material innovation, EMC design, and high-quality manufacturing to ensure reliable electromagnetic protection for modern electronic systems.
KONLIDA specializes in the development of advanced EMI Shielding Materials and integrated EMI Solutions, including high-performance EMI Gaskets and precision die-cut components. Our expertise covers material innovation, EMC design, and high-quality manufacturing to ensure reliable electromagnetic protection for modern electronic systems.
Conductive foam is a low-density polyethylene terephthalate (PET) and polyurethane foam
Conductive elastomers are cured silicones filled with particles that provide reliable EMI shielding and environmental sealing with low contact resistance.
This fabric incorporates metal fibers or coatings to create a flexible, drapable, and cuttable shield against electromagnetic interference (EMI).
Electrically conductive tape is available in copper, tinned copper or aluminum, an electrically conductive adhesive is applied to the foil.
Typically made of copper or aluminum, this foil offers highly reliable shielding and grounding due to its flexibility and ease of lamination.
This film combines the superior thermal stability of polyimide with electrical conductivity, creating a thin, flexible, and durable solution for advanced electronics.
EMI shielding cans are rigid metal enclosures soldered onto PCBs to isolate and protect sensitive components from electromagnetic interference.
Beryllium copper (BeCu) spring finger stocks and contact gaskets are manufactured by punching or etching thin BeCu strip which is pressed and formed into the required final shape and then heat treated to give it ‘memory’.
EMI absorbing materials suppress interference by absorbing and dissipating electromagnetic waves as heat.
KONLIDA Conductive Foam Solutions
Konlida offers a comprehensive range of conductive foam solutions, including silicone, PU, and PE foam substrates. Surface options include conductive fabric, PI film, or graphite wrapping, with fully customizable profiles and structures. Available with pressure-sensitive adhesive or reflow-solderable designs, our conductive foams deliver flexible, reliable EMI shielding for diverse electronic applications.
Composed of a high-elasticity silicone core wrapped in metal-coated PET or PI, SMT conductive foam gaskets enable solderable grounding contacts directly on PCBs.
A gasket combining a metallized conductive fabric wrap over a soft foam core, delivering low-compression, high-shielding contact for enclosure seams.
A soft conductive gasket that conforms to connector perimeters under compression to provide effective EMI shielding and grounding across I/O interfaces.
A fully metallized foam core, often plated and wrapped with conductive fabric, that offers X,Y and Z axes conductivity, good shielding effectiveness, and gap-filling sealing properties.
Featuring a hollow “loop” profile made from bare fabric (without inner foam), this gasket reduces weight and thickness while allowing internal circuit paths and improving performance.
A foam core wrapped with graphite-coated fabric or foil, combining the flexibility of foam with the thermal/EMI properties of graphite for hybrid shielding.
A continuous roll of conductive foam (typically metal-plated polyurethane or polyurethane/PET composite) usable for die-cutting and perimeter shielding applications.
Tailor-made conductive foam parts precision die-cut to fit complex geometries, enabling reliable EMI sealing in compact electronic designs.
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ABOUT US
Konlida Founded in 2006
Konlida specializes in EMI shielding, thermal management, and precision die-cutting solutions. Our products include EMI gaskets, conductive foam, conductive fabric, shielding tape, conductive elastomer, thermal pads, ferrite sheets, polyimide films, shielding cans, and beryllium copper fingers. Certified to ISO 9001, ISO 13485, and AS9100D, we provide reliable EMC and thermal solutions for consumer electronics, telecommunications, medical, automotive, and aerospace industries.
Certifications & Compliance
Since 2006, Konlida has maintained internationally certified management systems, including ISO 9001, ISO 14001, ISO 45001, IATF 16949, and ISO 13485. Recognized as a National High-Tech Enterprise, we combine innovation, strict quality control, and manufacturing excellence to deliver reliable solutions for global customers.
Since 2006, Konlida has maintained internationally certified management systems, including ISO 9001, ISO 14001, ISO 45001, IATF 16949, and ISO 13485. Recognized as a National High-Tech Enterprise, we combine innovation, strict quality control, and manufacturing excellence to deliver reliable solutions for global customers.
Trusted by Industry Leaders
Trusted by leading global brands, Konlida provides integrated EMI shielding, thermal management, and precision die-cutting solutions. Our expertise spans material innovation, engineering design, validation testing, and high-volume manufacturing—helping customers bring reliable, high-performance products to market faster.
Trusted by Industry Leaders
Trusted by leading global brands, Konlida provides integrated EMI shielding, thermal management, and precision die-cutting solutions. Our expertise spans material innovation, engineering design, validation testing, and high-volume manufacturing—helping customers bring reliable, high-performance products to market faster.
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Explore our product Line
KONLIDA gives you access to a broad portfolio of high-performance functional materials from trusted global manufacturers. Our diverse material selections enable engineered solutions for demanding needs—from EMI shielding and thermal control to structural support, sealing, damping, and precision bonding—ensuring your design performs reliably in every environment.
Provide you with comprehensive services
Leveraging nearly two decades of precision die-cutting expertise, Konlida delivers custom-engineered EMI shielding and thermal management solutions for demanding applications. Our vertically integrated manufacturing capabilities enable rapid prototyping, precision conversion, and scalable production—helping customers achieve superior performance, lower costs, and faster time-to-market.
Die-cutting
Precision die-cutting converts flexible EMI/thermal materials into repeatable, tight-tolerance shapes for consistent performance and high-volume assembly.
Stamping
High-speed stamping produces metal and composite shielding parts with precise detail and clean edges to meet EMC/structural requirements.
High-speed stamping produces metal and composite shielding parts with precise detail and clean edges to meet EMC/structural requirements.
Cutting & Slitting
Accurate cutting and slitting of rolls and sheets enable controlled widths and lengths that support downstream converting and automated processes.
Laminating
Advanced lamination bonds multi-layer composites and functional films, delivering integrated shielding, grounding, and thermal interfaces.
Thermal & Mechanical Forming
Thermo-mechanical forming shapes foam, rubber, and composite parts into custom profiles that match complex housings and enclosure geometries.
Surface treatments including metallization, corona, plasma, and marking enhance conductivity, adhesion, and traceability of functional materials.
Cleanroom manufacturing ensures contamination-controlled processing, critical for consistent quality in high-reliability electronic and automotive components.
Precision CNC machining produces complex, high-accuracy parts from engineered materials to support prototypes and production components.
Our Research and Development Center
Comprehensive Material & Performance Testing
Konlida operates a full-spectrum testing center covering electrical, mechanical, environmental, dimensional, and material analyses to ensure product reliability and consistency. Our lab supports rapid validation from prototype to mass production, meeting automotive, consumer electronics, and industrial standards. Precision instruments enable accurate evaluation of conductivity, durability, environmental resistance, and shielding performance.
Surface Resistance Testing
Volume / Vertical Resistance Testing
Pressure–Resistance Curve Testing
Volume / Vertical Resistance Testing
Pressure–Resistance Curve Testing
Metal Coating Thickness Testing
Composition Analysis (FTIR / Chemical Identification)
RoHS / Hazardous Substance Compliance Testing
Composition Analysis (FTIR / Chemical Identification)
RoHS / Hazardous Substance Compliance Testing
Compression / Recovery Performance
Hardness (Shore Hardness / Foam Hardness)
Tensile / Peel Strength
Life & Fatigue Testing
Holding Power / Tack Retention
Elongation Testing
Tensile Strength
Hardness (Shore Hardness / Foam Hardness)
Tensile / Peel Strength
Life & Fatigue Testing
Holding Power / Tack Retention
Elongation Testing
Tensile Strength
CCD / Optical Image Measurement
Thickness Gauge / Digital Thickness Measurement
Appearance / Color Difference / Gloss Measurement
Thickness Gauge / Digital Thickness Measurement
Appearance / Color Difference / Gloss Measurement
Temperature–Humidity Cycling / Constant Temp–Humidity Testing
High–Low Temperature Aging
Thermal Aging / Hot-Air Cycling
Salt Spray / Corrosion Testing
High–Low Temperature Aging
Thermal Aging / Hot-Air Cycling
Salt Spray / Corrosion Testing
Advanced Engineering & Application Lab
Konlida’s application laboratory supports thermal, electrical, material, and environmental experiments to validate real-world performance of EMI, thermal, and structural materials. Equipped with simulation tools and high-precision measurement systems, we accelerate material optimization and customer design verification. Comprehensive data acquisition and modeling ensure reliable, repeatable results for complex engineering scenarios.
Thermal Conductivity Testing
Interfacial Thermal Resistance (TIM) Measurement
Thermal Imaging Analysis
Thermal Simulation (ANSYS etc.)
Constant-Temperature Environment Testing
Infrared Heating Experiment
Interfacial Thermal Resistance (TIM) Measurement
Thermal Imaging Analysis
Thermal Simulation (ANSYS etc.)
Constant-Temperature Environment Testing
Infrared Heating Experiment
Resistance Testing (Surface, Vertical, Pressure–Resistance)
Insulation Performance Testing
Shielding Effectiveness Evaluation
Insulation Performance Testing
Shielding Effectiveness Evaluation
Tensile Testing
Metal Coating Thickness Measurement
Bending Performance Testing
Metal Coating Thickness Measurement
Bending Performance Testing
Knife Coating Experiment
Multi-Parameter Data Acquisition
Experimental Data Modeling & Analysis
Experimental Data Modeling & Analysis
Constant Temp–Humidity Experiment
Vacuum Drying Process
Hot-Air Cycling Process
Vacuum Glove Box Experiment
Vacuum Drying Process
Hot-Air Cycling Process
Vacuum Glove Box Experiment
Metal Film Thickness Analysis
Rapid Thermal Conductivity / Thermal Resistance Testing
Thermocouple Welding & Temperature Sampling
Rapid Thermal Conductivity / Thermal Resistance Testing
Thermocouple Welding & Temperature Sampling
Production Equipment List
We use state-of-the-art production machinery to handle a wide range of manufacturing processes with precision and efficiency.
|
Machine Name |
Model |
Travel |
Processing Capacity |
Brand |
Quantity |
|
32-Station Rotary Die-Cutting Machine |
BCM250 W-24/28 |
260mm/350mm |
60m/min |
Beichuan |
1 |
|
24-Station Rotary Die-Cutting Machine |
BCM250 W-24/28 |
260mm/350mm |
60m/min |
Beichuan |
2 |
|
7-14 Station Rotary Die-Cutting Machine |
N1224250-CA MM-B/F |
260mm |
60m/min |
Zhongding |
8 |
|
High-Speed Precision Die-Cutting Machine |
200/350/450 |
240mm |
300 cycles/min |
Zhengxian/Kedou |
40 |
|
High-Speed Servo Stamping Machine |
JDS-25T |
280mm |
30 cycles/min |
Jinxing |
6 |
|
Conductive Foam Wrapping Machine |
KLD-CX-004 |
2-3 Stations |
20m/min |
Self-made |
42 |
|
Automatic Slitting Machine |
FQ320 |
1200mm |
80m/min |
Fengri |
2 |
Build Your Personal Plan
We provide integrated solutions for EMI shielding, thermal interface optimization, and thermal insulation, ensuring stable and reliable electronic device performance. With strong technical expertise and rapid responsiveness, we deliver complete, high-efficiency EMI and thermal management support.
We provide integrated solutions for EMI shielding, thermal interface optimization, and thermal insulation, ensuring stable and reliable electronic device performance. With strong technical expertise and rapid responsiveness, we deliver complete, high-efficiency EMI and thermal management support.
Custom EMI Shielding Solutions for Your Specific Requirements
EMI shielding technologies play a critical role in protecting electronic devices from interference across diverse industries, from consumer electronics to aerospace systems.
Latest News
Here are the latest news about our company and industry. Read these posts to get more information about the products and the industry and thus get inspiration for your project.
Discover how Konlida manufactures high-consistency conductive electrically foam through CCD alignment, precision die-cutting, AOI inspection, and full traceability for reliable EMI shielding performance.
Can conductive foam work as ESD foam? Learn the difference between static protection and EMI shielding, including resistance values, applications, and how to choose the right material for electronics.
Learn the 3 key differences between an Omnidirectional Conductive Foam Gasket and standard Conductive Foam Gasket materials, including conductivity structure, EMI shielding performance, compression behavior, and application scenarios.
What is electromagnetic shielding, and is 70 dB EMI shielding enough? Learn how shielding effectiveness works, key EMI shielding materials, and how to choose the right solution for electronics, automotive, and 5G applications.
Explore common electromagnetic interference shielding materials, including conductive fabric, conductive foam, SMT EMI gaskets, metal foils, absorber materials, and conductive rubber. Compare performance, applications, and selection methods in one guide.
Learn what an SMT EMI shielding gasket is, how it works, and why SMT conductive foam is replacing traditional grounding methods in PCB and electronic assembly design.
Conductive foam gasket or conductive fabric? Learn the key differences in structure, performance, applications, and EMI shielding capability to choose the right EMI shielding foam solution for your project.
Learn what EMI foam is, how conductive foam gaskets work, key parameters, types, and applications. A practical guide to selecting high-performance EMI shielding foam for electronics and automotive systems.
Konlida introduces ultra-thin 4μm nickel foil, graphite composite foam, and 200°C conductive sponge for EMI shielding and thermal management. Ideal for 5G, EV, and high-density electronics requiring compact, high-performance materials.
Automotive-grade soft SMD contacts with stable grounding from -40°C to 125°C. Learn how soft SMD contacts solve intermittent failures in ADAS, BMS, and T-BOX with soldered reliability and long-term durability.
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● Perfect solution
● Material selection
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● Complete test data
Expert In Custom Solutions For More Efficient Electromagnetic Shielding Components
Mob:+86 189 1365 7912
Tel: +86 0512-66563293-8010
Email: sales78@konlidacn.com
Address: 88 Dongxin Road, Xukou Town, Wuzhong District, Suzhou City, Jiangsu Province, China
ABOUT US