Advanced R&D for EMI, Thermal & Functional Materials

Focus on the development of

innovative raw materials

Our research and development team specializes in the Innovation and enhancement of materials for EMI, EMC, and thermal management. We offer designers a wider range of material suggestions and options. Notably, we possess unparalleled expertise in conductive foam technology, and we currently manage the most challenging products for Client. Our company specializes in the development of innovative raw materials and is capable of independently designing and producing these materials.

EMI Shielding Material

EMI shielding materials are a new type of functional material designed to effectively suppress electromagnetic pollution. As modern information technology advances, there is a growing demand for more efficient, lightweight, and low secondary pollution shielding materials. With 20 years of R&D experience, our company can meet all your EMI shielding material needs.

Conductive Foam

A compressible foam core laminated with conductive fabric or film, offering combined EMI shielding, grounding, and cushioning performance. Designed for low compression force and stable resilience, it is ideal for enclosure seams, display modules, and compact consumer electronics.

Conductive fabric

Engineered with nickel/copper-plated fibers, conductive fabric provides reliable EMI shielding, grounding continuity, and ESD protection. Lightweight and flexible, it is widely applied in enclosure gasketing, cable shielding, and device grounding across communication equipment, computers, and mobile electronics.

Conductive Tape

Pressure-sensitive adhesive tapes with conductive backing for EMI shielding continuity and electrical grounding. They provide easy application, strong adhesion, and reliable conductivity for cable wrapping, seam sealing, and PCB-level shielding.

Conductive Elastomers

Elastomer compounds filled with conductive particles such as silver, nickel, or graphite to achieve excellent shielding effectiveness and environmental sealing. Commonly used as EMI gaskets in high-reliability applications requiring durability, compression set resistance, and corrosion stability.

Polyimide Film

High-conductivity polyimide film combines low surface resistance, strong shielding effectiveness, and excellent thermal stability. With uniform thickness, oxidation resistance, and good solderability, it is suited for high-frequency, high-density electronic assemblies such as smartphones, laptops, and communication modules.

Conductive Metallic Foil

Copper or aluminum foil materials delivering high electrical conductivity and strong EMI shielding performance. Suitable for PCB shielding, battery systems, and high-frequency electronic modules requiring low resistance and effective electromagnetic attenuation.

Wave Absorption Materials

Soft magnetic composite sheets are formed by dispersing micron-scale alloy magnetic powders into a polymer matrix to create broadband EMI noise suppression materials. Covering frequencies from 1 GHz to 40 GHz, they provide effective near-field absorption, ultra-thin integration capability, thermal conductivity, and residue-free adhesion for compact electronic designs.

Meeting all your EMI/RFI shielding material needs

Thermal Management Material

Thermal management materials, as a new type of industrial material, are designed for device heat conduction needs and enhance product reliability. Our company has been deeply involved in this field for many years, specializing in high-performance, reliable thermal materials for various environments. We provide effective solutions for thermal challenges, supporting high device integration and ultra-small, ultra-thin designs.

Graphite Sheet

Graphite sheet is a high-performance thermal management material designed for efficient in-plane heat spreading. With ultra-high thermal conductivity (up to 1500 W/m·K), it rapidly dissipates heat and minimizes hot spots in compact electronic devices. Lightweight, flexible, and chemically stable from –40 °C to +400 °C, it conforms easily to flat or curved surfaces while providing reliable, long-term thermal performance.

Thermal conductive silicone pad

Engineered as compliant gap fillers, our thermal silicone pads efficiently transfer heat between heat sources and heat sinks while maintaining electrical insulation. With stable thermal conductivity, low compression force, and excellent resilience, they also provide vibration damping and sealing performance. Ideal for compact, high-power electronic assemblies requiring reliable thermal interface management.

Aerogel insulation film

Aerogel insulation film is an ultra-thin, nanoporous thermal barrier material designed for high-efficiency heat isolation in space-constrained devices. Featuring extremely low thermal conductivity and lightweight structure, it protects heat-sensitive components, optimizes internal temperature distribution, and enhances product reliability and user comfort in advanced consumer and electronic applications.

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.

Electrical & Conductive Performance Testing

Surface Resistance Testing
Volume / Vertical Resistance Testing
Pressure–Resistance Curve Testing

Material Analysis & Chemical Testing

Metal Coating Thickness Testing
Composition Analysis (FTIR / Chemical Identification)
RoHS / Hazardous Substance Compliance Testing

Shielding Effectiveness Testing

Mechanical Performance & Physical Properties

Compression / Recovery Performance
Hardness (Shore Hardness / Foam Hardness)
Tensile / Peel Strength
Life & Fatigue Testing
Holding Power / Tack Retention
Elongation Testing
Tensile Strength

Dimensional & Visual Inspection

CCD / Optical Image Measurement
Thickness Gauge / Digital Thickness Measurement
Appearance / Color Difference / Gloss Measurement

Environmental & Reliability Testing

Temperature–Humidity Cycling / Constant Temp–Humidity 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 Performance Experiments

Thermal Conductivity Testing
Interfacial Thermal Resistance (TIM) Measurement
Thermal Imaging Analysis
Thermal Simulation (ANSYS etc.)
Constant-Temperature Environment Testing
Infrared Heating Experiment

Electrical Performance Experiments

Resistance Testing (Surface, Vertical, Pressure–Resistance)
Insulation Performance Testing
Shielding Effectiveness Evaluation

Material Performance Experiments

Tensile Testing
Metal Coating Thickness Measurement
Bending Performance Testing

Coating & Processing Experiments

Knife Coating Experiment

Data Acquisition & Analysis

Multi-Parameter Data Acquisition
Experimental Data Modeling & Analysis

Environmental Simulation Experiments

Constant Temp–Humidity Experiment
Vacuum Drying Process
Hot-Air Cycling Process
Vacuum Glove Box Experiment

High-Precision Characterization & Analysis

Metal Film Thickness Analysis
Rapid Thermal Conductivity / Thermal Resistance Testing
Thermocouple Welding & Temperature Sampling

Inspection Equipment List

We employ a variety of advanced testing devices to ensure our products meet the highest standards of performance and reliability.

Equipment Name	Brand	Accuracy	Specifications/Travel	Quantity
Coordinate Measuring Machine	Hexagon	2.8μm+4L/1000mm	10001500800mm	1
Coordinate Measuring Machine	Hexagon	2.3μm+3.3L/1000mm	7001000700mm	1
Optical Image Measuring Instrument	Zhaofeng	X, Y Linear: 2.5μm+L/250mm	500400200mm	5
One-Key Image Dimension Measuring Instrument	Keyence	±0.01mm	20020030mm	2
Height Gauge	TESA	2.5μm+4L/1000mm	0～700mm	2
RoHS Analyzer	Tianrui	1ppm	550416333mm	1
Programmable Salt Spray Test Machine	Aobo	±2℃	500*500mm	1
Endoscope	TESLONG	100W pixels	Focal Range: 30～100mm	1
Roughness Tester	Mitutoyo	±0.05μm	0～12.5mm	5
Colorimeter	Caipu	△E Repeatability ≤0.08	L*: 1～100	1
Leeb Hardness Tester	TIME	±6HLD (HLD=760)	(170～960) HLD (17.9-69.5) HRC	2
Handheld Digital Tesla Meter	Tianheng	±1%	0～2400mT	2
Surface Resistance Tester	DS	±5%	10³～10¹²Ω	4

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We can provide you with

● Perfect solution

● Material selection

● Process implementation

● Complete test data