MacDermid Alpha Electronics Solutions Solder Thermal Interface Materials (TIMs) for High Performance Kester ® Indium sTIM

Description
Product Overview As semiconductor packages increase in performance and functionality, the demand for advanced Thermal Interface Materials (TIMs) rises. With decreasing junction resistance, traditional organic-based TIMs are approaching their limits for high-performance power applications. Kester's indium-based solder TIMs offer superior thermal conductivity, providing the next step in TIM interconnect solutions. Product Features High-Purity Materials High-purity materials ensure reliable performance and high thermal conductivity. Mechanical Strength Excellent mechanical strength and wetting properties on various metallizations, such as Ag and Au. Wide Processing Window Compatible with multiple reflow profiles, providing flexibility in manufacturing processes. Featured Applications Die Attach Provides a reliable thermal interface between the die and heat spreader. Power Devices Suitable for high-performance power applications where traditional organic-based TIMs are insufficient. Interconnects Ideal for applications requiring precise thermal management and high mechanical strength.
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Description
Product Overview As semiconductor packages increase in performance and functionality, the demand for advanced Thermal Interface Materials (TIMs) rises. With decreasing junction resistance, traditional organic-based TIMs are approaching their limits for high-performance power applications. Kester's indium-based solder TIMs offer superior thermal conductivity, providing the next step in TIM interconnect solutions. Product Features High-Purity Materials High-purity materials ensure reliable performance and high thermal conductivity. Mechanical Strength Excellent mechanical strength and wetting properties on various metallizations, such as Ag and Au. Wide Processing Window Compatible with multiple reflow profiles, providing flexibility in manufacturing processes. Featured Applications Die Attach Provides a reliable thermal interface between the die and heat spreader. Power Devices Suitable for high-performance power applications where traditional organic-based TIMs are insufficient. Interconnects Ideal for applications requiring precise thermal management and high mechanical strength.
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Datasheet
Datasheet Summary
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sTIM Preform is a solder-based thermal interface material designed for high-performance semiconductor applications, providing superior thermal conductivity in TIM1, TIM1.5, and TIM2 interfaces. It is available in non-adhesive, non-organic preform shapes with dimensions ranging from 4.0mm to 70.0mm in length, 4.0mm to 63.0mm in width, and 0.05mm to 0.50mm in thickness, packaged in tape & reel for sizes up to 27mm x 27mm or in trays for larger sizes. Composed of pure indium or indium-silver alloys, it offers thermal conductivity up to 86 W/mK and melting ranges from 141°C to 237°C depending on alloy composition. The material is suitable for high-performance computing, automotive electronics, and consumer electronics applications.

Datasheet Summary
Powered by GS/AI

sTIM Preform is a solder-based thermal interface material designed for high-performance semiconductor applications, providing superior thermal conductivity in TIM1, TIM1.5, and TIM2 interfaces. It is available in non-adhesive, non-organic preform shapes with dimensions ranging from 4.0mm to 70.0mm in length, 4.0mm to 63.0mm in width, and 0.05mm to 0.50mm in thickness, packaged in tape & reel for sizes up to 27mm x 27mm or in trays for larger sizes. Composed of pure indium or indium-silver alloys, it offers thermal conductivity up to 86 W/mK and melting ranges from 141°C to 237°C depending on alloy composition. The material is suitable for high-performance computing, automotive electronics, and consumer electronics applications.

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Solder Thermal Interface Materials (TIMs) for High Performance - Kester ® Indium sTIM - MacDermid Alpha Electronics Solutions
Waterbury, CT, United States
Solder Thermal Interface Materials (TIMs) for High Performance
Kester ® Indium sTIM
Solder Thermal Interface Materials (TIMs) for High Performance Kester ® Indium sTIM
Product Overview As semiconductor packages increase in performance and functionality, the demand for advanced Thermal Interface Materials (TIMs) rises. With decreasing junction resistance, traditional organic-based TIMs are approaching their limits for high-performance power applications. Kester's indium-based solder TIMs offer superior thermal conductivity, providing the next step in TIM interconnect solutions. Product Features High-Purity Materials High-purity materials ensure reliable performance and high thermal conductivity. Mechanical Strength Excellent mechanical strength and wetting properties on various metallizations, such as Ag and Au. Wide Processing Window Compatible with multiple reflow profiles, providing flexibility in manufacturing processes. Featured Applications Die Attach Provides a reliable thermal interface between the die and heat spreader. Power Devices Suitable for high-performance power applications where traditional organic-based TIMs are insufficient. Interconnects Ideal for applications requiring precise thermal management and high mechanical strength.

Product Overview

As semiconductor packages increase in performance and functionality, the demand for advanced Thermal Interface Materials (TIMs) rises. With decreasing junction resistance, traditional organic-based TIMs are approaching their limits for high-performance power applications. Kester's indium-based solder TIMs offer superior thermal conductivity, providing the next step in TIM interconnect solutions.

Product Features

High-Purity Materials

High-purity materials ensure reliable performance and high thermal conductivity.


Mechanical Strength

Excellent mechanical strength and wetting properties on various metallizations, such as Ag and Au.


Wide Processing Window

Compatible with multiple reflow profiles, providing flexibility in manufacturing processes.

Featured Applications

Die Attach

Provides a reliable thermal interface between the die and heat spreader.


Power Devices

Suitable for high-performance power applications where traditional organic-based TIMs are insufficient.


Interconnects

Ideal for applications requiring precise thermal management and high mechanical strength.

Supplier's Site Datasheet

Technical Specifications

  MacDermid Alpha Electronics Solutions
Product Category Filler Alloys and Consumables
Product Number Kester ® Indium sTIM
Product Name Solder Thermal Interface Materials (TIMs) for High Performance
Solder Alloy Indium Alloy Solders
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