- 01
Adhesives vs Sealants
Bottom Line Up Front: The critical distinction lies in the load-transfer mechanism. Adhesives are engineered to transmit high-tensile stress between substrates (Holding), whereas sealants are designed to accommodate join
Read - 02
Aerogel Felt Thermal Conductivity
Aerogel felt achieves 0.015–0.025 W/m·K thermal conductivity by trapping air in nanopores. Technical guide covering grades, temperature ratings, and selection for industrial insulation applications.
Read - 03
Anti-Blocking Agent Selection Guide for Plastic Films (2026)
How to select the right anti-blocking silica for BOPP, LLDPE, CPP, and PET film — particle size vs gauge, COF targets, masterbatch concentration, and troubleshooting blocked rolls.
Read - 04
Fumed Silica: Complete Technical Guide — Synthesis, Morphology & Applications (2026)
Everything you need to know about fumed silica: how it's made, why it works, and where it's used. Built for engineers, formulators, and procurement professionals.
Read - 05
Functional Adhesive Fillers
Bottom Line Up Front: Functional adhesive fillers are not mere space-occupiers; they are engineered performance multipliers. By strategically manipulating filler morphology and surface chemistry, formulators can radicall
Read - 06
High-Purity Silicon Dioxide
Bottom Line Up Front: High-purity silicon dioxide (>99.999% purity) is the foundational material driving structural integrity and performance in semiconductor manufacturing, solar photovoltaics, and EV mobility. Without
Read - 07
Industrial Sealant Failure Analysis: 5 Common Root Causes and Their Preventive Solutions
Bottom Line Up Front: Industrial sealants are essential protective barriers. Their failure causes severe structural degradation, safety hazards, and financial loss. This analysis details the 5 root causes of industrial s
Read - 08
The Technical Guide to Selecting Insulating Glass Sealant
BLUF: Insulating Glass Sealant is the primary barrier for structural integrity and thermal performance in IG Units. By providing high-modulus bonding and superior gas retention, it prevents moisture vapor transmission an
Read
엔지니어링 심도 기술 참고자료
이 라이브러리는 SEMITECH 제품 포트폴리오의 과학을 다룹니다: 합성 메커니즘, 형태학적 특성, 고장 모드, 배합 원리. 콘텐츠는 마케팅 요약이 아닌 엔지니어링 수준으로 작성되었습니다.
다루는 주제
- 퓸드 실리카 — 합성, 표면 화학, 형태학, 코팅/접착제/실란트/제약 분야 배합 응용
- 접착제 대 실란트 — 하중 전달 역학, 모듈러스 요구사항, 기재 호환성
- 실란트 고장 분석 — 산업용 실란트 고장의 5가지 근본 원인, 진단, 예방
- 단열 유리 실란트 — 구조적 무결성, 가스 유지, 수분 증기 투과
- 에어로겔 열 단열 — 나노기공 구조, 0.015–0.025 W/m·K 전도율, 등급 선택
- 기능성 접착제 필러 — 형태학 엔지니어링, 표면 처리, 성능 배율기
- 고순도 이산화규소 — 반도체, 태양광, EV 배터리 등급 요구사항
선택 가이드와의 차이점
기술 인텔리전스는 재료가 왜 그렇게 동작하는지 설명합니다 — 화학, 형태학, 고장 메커니즘. 선택 가이드는 특정 공정에 어떤 등급을 선택할지 알려줍니다. 새 재료를 지정할 때 두 가지 모두 사용하십시오.
제품 사양 및 샘플은 제품 허브를 방문하십시오.
Silicone & Specialty Chemical Technical Intelligence | SEMITECH — grade recommendation & samples.
Submit formulation targets (gloss, system, DFT, volume). A SEMITECH chemist will recommend the right grade and ship a lab sample.