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  • Too Hard and It Won’t Conform, Too Soft and It Won’t Install: The R&D Tightrope of Boron Nitride Thermal Pads

    How Sheen’s SF1600-BN series balances conductivity, insulation, and conformability — by thickness.

    2026-10-24
  • Picking a Thermal Gel for AI Servers and Switches? Look Past the Conductivity Number

    An engineering evaluation guide for AI server power supplies, switch line cards, and datacenter hardware.

    2026-10-23
  • SC1000FG vs BERGQUIST SIL-PAD 2000: A Practical Replacement Evaluation

    Compare Sheen SC1000FG with BERGQUIST SIL-PAD 2000 / SP 2000 across thermal resistance, electrical isolation, thickness, die-cutting, delivery, and validation conditions.

    2026-10-23
  • Thermal Grease or Gel? How to Choose for Multi-Height Electronics

    Choosing thermal grease or gel for multi-height electronics? Start with the real gap, then check dispensing, cleanliness, reliability, and production repeatability.

    2026-10-22
  • Thermal Pad Selection for AP and BMS Assemblies

    A practical guide to thermal pad selection for AP and BMS assemblies: calculate the real gap, check compression, validate thermal resistance, and plan the supply configuration.

    2026-10-21
  • Thermal Insulating Sheet Alternatives for Low-Pressure Assemblies: Sheen SC800-PI-2-K10 vs. BERGQUIST K10

    Evaluating Sheen SC800-PI-2-K10 against BERGQUIST K10? Compare low-pressure thermal resistance, tear strength, insulation data, and validation steps.

    2026-10-19
  • The 0.2 mm Graphene Thermal Pad: What SHEEN's GSF110-020 Test Data Actually Tells Us

    Looking for a thin graphene thermal pad? See SHEEN GSF110-020 test data at 10, 30, and 50 psi, including thermal resistance, compressed thickness, and ASTM D5470 results.

    2026-10-19
  • Meet SHEEN at Electronica 2026 in Munich: Thermal Materials for the Next Generation of Electronics

    From November 10–13, 2026, SHEEN will be exhibiting at electronica 2026 in Munich, Germany, one of the most important international meeting points for the global electronics industry.

    2026-08-27
  • What is Thermal Pad? How to Choose the Right Thickness

    When heat threatens your chips’ cool, the answer to “What is Thermal Pad?” might just save your production line—and your profits.

    2026-08-06
  • Reusable Thermal Pads for GPU Cooler Testing: 280W and 600W Case Studies

    Tired of VC dents and repeated grease cleanup? See how SHEEN thermal pads performed in 280W and 600W GPU cooler testing, with reported cost savings and reuse results.

    2026-10-16
  • Measured Rebound, Verified Contact: How to Select SHEEN Boron Nitride Thermal Pads

    For interfaces requiring a combination of thermal conductivity, electrical insulation, and gap adaptability, the SHEEN SF1600-BN series offers a thermal conductivity of 16 W/(m·K) and a rebound rate of up to 92%.

    2026-10-15
  • Graphene vs Graphite Thermal Pads: What You Need to Know

    Heat is costly! Graphene vs Graphite Thermal Pads: Which wins on cooling, cost, and bulk-order value? Find your best fit!

    2026-10-15
  • Are graphene pads better than thermal paste?

    Cooling showdown! Can graphene pads beat thermal paste? Compare performance, durability, and bulk costs before your next big order.

    2026-10-14
  • Best Thermal Interface Material Manufacturers 2026

    Compare top Thermal Interface Material Manufacturers for bulk sourcing—because sky-high W/mK means nothing when quality or delivery melts down.

    2026-09-30
  • Solving the AI Chip Packaging Thermal Management Solutions Crisis

    Scale smarter with AI chip packaging Thermal Management Solutions built for reliability, warpage control, and factory-ready consistency.

    2026-09-30
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