Shenzhen KKPCB Technology Co., Ltd. (KKPCB) is a professional PCB and PCBA manufacturer dedicated to providing one-stop electronic manufacturing solutions. Specializing in high-difficulty, small to medium batch PCB and PCBA production, we focus on delivering high-precision, high-reliability products with fast turnaround times to meet customers’ complex design and technical requirements.

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Contacts

05, 258 Shenshan Rd, Longdong Community, Baolong St, Longgang Dist, Shenzhen, China

+86-177-4855-1367

PCB Material Specification Sheet
ISOLA

370HR Laminate and Prepreg Overview

370HR is a high-performance FR-4 epoxy laminate and prepreg system known for its exceptional thermal reliability, mechanical strength, and electrical performance. With a high glass transition temperature (Tg) of 180°C, it is designed for applications requiring excellent performance under thermal and mechanical stress, making it suitable for multilayer PCBs, high-speed digital designs, and aerospace and defense electronics.

PCB Material Specification Sheet
CS-AL-88-AD2

CS-AL-88-AD2 Laminates Overview

The CS-AL-88-AD2 is a high-performance metal-based laminate engineered for high-power electronics and thermal management applications. It is specifically designed to provide superior heat dissipation, electrical insulation, and mechanical durability for demanding environments. This laminate is ideal for power modules, LED lighting systems, automotive electronics, and industrial electronics.

PCB Material Specification Sheet
Bergquist

Comprehensive Thermal CladSelection Guide

Thermal Clad® Laminates are engineered solutions for high-performance thermal management in power electronics. They combine excellent heat dissipation with reliable electrical insulation, making them ideal for LED lighting, automotive electronics, power supplies, and industrial applications.

This guide provides an overview of Thermal Clad® materials, their properties, and how to select the most suitable material for your application.

PCB Material Specification Sheet
Bergquist

HPL-03015 (High Power Lighting) Laminates

The HPL-03015(High Power Lighting)Laminate is specifically designed for high-power lighting applications, with a focus on providing excellent thermal management, high-frequency performance, and mechanical stability. These laminates are particularly suitable for advanced LED lighting systems, power electronics, and other applications requiring superior thermal conductivity and electrical performance.

PCB Material Specification Sheet
ROGERS

TC Series High-Frequency Laminates MICROSTRIP, STRIPLINE & MULTILAYER CIRCUITS Fabrication Guidelines

The TC Series High-Frequency Laminates are specifically engineered for microwave, RF, and high-speed digital circuits. They are suitable for microstrip, stripline, and multilayer circuits, which are commonly used in various applications such as telecommunications, aerospace, defense, and electronics. These laminates provide exceptional performance in high-frequency designs, offering low loss, stable dielectric properties, and robust mechanical strength.

PCB Material Specification Sheet
ROGERS

DiClad® 870/880 Series High Frequency Laminates-STRIPLINE AND MULTILAYER CIRCUITS

The DiClad® 870/880 Series are high-performance PTFE-based laminates designed for high-frequency and microwave applications, particularly in the RF (Radio Frequency), microwave circuits, and high-speed digital designs. These laminates are engineered to provide low loss, stable dielectric properties, and mechanical strength, making them ideal for use in demanding environments such as telecommunications, aerospace, and defense.

PCB Material Specification Sheet
ROGERS

DiClad®Series Laminates PTFE/Woven Fiberglass/Laminates

The DiClad® Series Laminates are advanced PTFE-based (Polytetrafluoroethylene) laminates reinforced with woven fiberglass, designed for high-frequency applications such as RF (Radio Frequency), microwave circuits, and high-speed digital designs. These laminates offer excellent electrical performance, low loss, and high reliability, making them ideal for demanding environments in communications, aerospace, and defense industries.