Precision Die-Cutting
Custom Solutions
3C • Auto • Telecom • Medical • AI • Aerospace • Energy Storage • Semiconductor
A leading converter of EMI shielding & thermal management materials with 20 years of experience, 45000㎡ manufacturing space, and 400+ advanced processing equipment. We turn high-performance materials into reliable custom solutions through precision die-cutting, laminating, slitting, prototyping, and clean-room production.
Tailored shielding foam engineered for precise compression, stable conductivity, and reliable enclosure sealing.
Surface-mount EMI gaskets designed to your footprint, height, and reflow requirements for seamless PCB integration.
High-accuracy die-cut parts customized to complex geometries, multilayer structures, and tight-tolerance performance needs.
Tailored shielding foam engineered for precise compression, stable conductivity, and reliable enclosure sealing.
Surface-mount EMI gaskets designed to your footprint, height, and reflow requirements for seamless PCB integration.
High-accuracy die-cut parts customized to complex geometries, multilayer structures, and tight-tolerance performance needs.
We're More Than Custom Die-Cut PartsWe Make Doing Business Easy
We're More Than Custom Die-Cut PartsWe Make Doing Business Easy
Optimized Designs Built for Performance
· Rapid digital prototyping
· Data-driven design refinement
· Material–process compatibility analysis
· Cross-industry engineering insight
· Data-driven design refinement
· Material–process compatibility analysis
· Cross-industry engineering insight
Smarter Choices for Lower Total Cost
· Application-based material selection
· Layering & construction recommendations
· Cost-of-ownership reduction strategies
· Failure-mode & risk-reduction guidance
· Layering & construction recommendations
· Cost-of-ownership reduction strategies
· Failure-mode & risk-reduction guidance
Stable, Scalable, High-Accuracy Production
· Tight-tolerance converting and forming
· Automated assembly compatibility
· Optimized part presentation for downstream processes
· Consistent quality validation & traceability
· Automated assembly compatibility
· Optimized part presentation for downstream processes
· Consistent quality validation & traceability
Engineered for Efficiency, Storage, and Line Throughput
· Tailored packaging and kitting
· 2D/3D barcoding and part marking
· Production-ready reels, sheets, trays, or spooled formats
· Assembly-optimized labeling & handling solutions
· 2D/3D barcoding and part marking
· Production-ready reels, sheets, trays, or spooled formats
· Assembly-optimized labeling & handling solutions
Optimized Designs Built for Performance
· Rapid digital prototyping
· Data-driven design refinement
· Material–process compatibility analysis
· Cross-industry engineering insight
· Data-driven design refinement
· Material–process compatibility analysis
· Cross-industry engineering insight
Smarter Choices for Lower Total Cost
· Application-based material selection
· Layering & construction recommendations
· Cost-of-ownership reduction strategies
· Failure-mode & risk-reduction guidance
· Layering & construction recommendations
· Cost-of-ownership reduction strategies
· Failure-mode & risk-reduction guidance
Stable, Scalable, High-Accuracy Production
· Tight-tolerance converting and forming
· Automated assembly compatibility
· Optimized part presentation for downstream processes
· Consistent quality validation & traceability
· Automated assembly compatibility
· Optimized part presentation for downstream processes
· Consistent quality validation & traceability
Engineered for Efficiency, Storage, and Line Throughput
· Tailored packaging and kitting
· 2D/3D barcoding and part marking
· Production-ready reels, sheets, trays, or spooled formats
· Assembly-optimized labeling & handling solutions
· 2D/3D barcoding and part marking
· Production-ready reels, sheets, trays, or spooled formats
· Assembly-optimized labeling & handling solutions
Vertically Integrated
Flexible Materials Converting
Precision Die-Cutting
We provide tailored OEM services, leveraging 20 years of manufacturing expertise to meet any specific product requirements with ease.
Our team assists with detailed design analysis and custom solution design, optimizing product performance and manufacturability to meet client specifications.
We utilize advanced simulation and modeling techniques to predict and enhance product performance, ensuring optimal design outcomes.
We offer expert guidance in material selection, providing designers with a broader range of recommendations and choices to best suit their project needs.
We specialize in precision die-cutting services, ensuring that each component meets exacting standards for quality and accuracy.
We deliver comprehensive EMI and thermal management solutions, customized to address the specific challenges faced by our clients.
We conduct thorough feasibility studies, evaluating new and existing products to provide actionable insights and ensure successful project execution.
Our team helps clients optimize their production processes, enhancing efficiency and reducing costs throughout the manufacturing cycle.
We rigorously test and validate all products to ensure they meet the highest standards of quality, performance, and reliability.
From initial concept to final implementation, we offer full support, including prototyping, to ensure seamless product development and production.
Vertically Integrated
Flexible Materials Converting
Precision Die-Cutting
Die-cutting & Stamping
Slitting & Rewinding
Cutting & Kiss Cutting
Lamination & Compounding
Thermal & Mechanical Forming
Surface Treatment
Clean Room Manufacturing
Others
World-Class Selection
Performance Materials Expertise
Unmatched Technical Know-How
World-Class Selection
Performance Materials Expertise
Unmatched Technical Know-How
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.
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.
- Insulation
- Cushioning
- Shielding
- Absorbing
- Thermal
- Adhesive
- Protecting
- Sealing
Die Cut Part Applications
Conductive Foam
Conductive Elastomer
Conductive Fabric
Conductive Tape
Conductive PI
- Conductive Metal Foil
- Shielding Cover
- Beryllium Copper Finger stock
- EMI Absorbing Materials
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
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.
Learn what solderable conductive foam is, how it differs from standard conductive foam, and why SMT conductive foam is used for reliable EMI shielding on automotive, communication, and high-density PCB applications.
SMT gasket certification checklist covering AEC-Q200, IATF16949, RoHS, REACH, UL94 V-0, ISO13485, and other requirements for automotive and electronic applications.
This article focuses on key areas of humanoid robots: joint modules, sensor modules, and cable assemblies. It explains where conductive foam is used, why different structures are required, and how to select the right shielding gasket for each application.
Learn how automotive SMT conductive foam meets AEC-Q200-based qualification requirements, from material selection and reliability testing to supplier approval, documentation, and mass production.
Electroconductive rubber and conductive foam are both widely used for electromagnetic interference (EMI) shielding, but their material structures, conductive mechanisms, application scenarios, and selection criteria are fundamentally different.
Learn how silicone foam, PU foam, and PORON affect conductive foam performance. Compare compression force, temperature resistance, rebound rate, reliability, and applications to select the right EMI shielding foam material.
Learn how conductive foam, EMI foam, and EMC foam solve laptop EMI shielding challenges in displays, motherboards, cameras, keyboards, and touchpads.
Learn how conductive foam improves EMI shielding in EV battery packs, from AFE sampling boards and enclosure sealing to busbar isolation and connector protection.
Learn how conductive foam supports drone EMI shielding in flight controllers, video transmission modules, GPS, compasses, and gimbal cameras while reducing weight and contact pressure.
Learn how electrically conductive foam supports EMI shielding in ADAS cameras, 77GHz/79GHz radar, LiDAR, and ultrasonic sensors. Explore material selection, high-frequency requirements, compression, cleanliness, and automotive-grade reliability.
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.
Learn what solderable conductive foam is, how it differs from standard conductive foam, and why SMT conductive foam is used for reliable EMI shielding on automotive, communication, and high-density PCB applications.
SMT gasket certification checklist covering AEC-Q200, IATF16949, RoHS, REACH, UL94 V-0, ISO13485, and other requirements for automotive and electronic applications.
This article focuses on key areas of humanoid robots: joint modules, sensor modules, and cable assemblies. It explains where conductive foam is used, why different structures are required, and how to select the right shielding gasket for each application.
Learn how automotive SMT conductive foam meets AEC-Q200-based qualification requirements, from material selection and reliability testing to supplier approval, documentation, and mass production.
Electroconductive rubber and conductive foam are both widely used for electromagnetic interference (EMI) shielding, but their material structures, conductive mechanisms, application scenarios, and selection criteria are fundamentally different.
Learn how silicone foam, PU foam, and PORON affect conductive foam performance. Compare compression force, temperature resistance, rebound rate, reliability, and applications to select the right EMI shielding foam material.
Learn how conductive foam, EMI foam, and EMC foam solve laptop EMI shielding challenges in displays, motherboards, cameras, keyboards, and touchpads.
Learn how conductive foam improves EMI shielding in EV battery packs, from AFE sampling boards and enclosure sealing to busbar isolation and connector protection.
Learn how conductive foam supports drone EMI shielding in flight controllers, video transmission modules, GPS, compasses, and gimbal cameras while reducing weight and contact pressure.
Learn how electrically conductive foam supports EMI shielding in ADAS cameras, 77GHz/79GHz radar, LiDAR, and ultrasonic sensors. Explore material selection, high-frequency requirements, compression, cleanliness, and automotive-grade reliability.
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GET IN TOUCH WITH US
Please feel free to reach out to us with any questions, comments, or concerns. You can contact our customer support team at phone number or email address. We are here to assist you in any way we can. Thank you for choosing to connect with us.
We can provide you with
● Perfect solution
● Material selection
● Process implementation
● Complete test data
Expert In Custom Solutions For More Efficient Electromagnetic Shiel
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