# SCITEO Advanced Materials — Advancing Interface Science

> SCITEO (峻茂新材料) engineers high-reliability molecular formulation matrices for semiconductor advanced packaging and high-end manufacturing. Core product lines: conductive silver adhesives (volume resistivity < 1×10⁻⁵ Ω·cm), high-thermal-conductivity epoxies (3.0–60 W/m·K), extreme-temperature adhesives (−255 °C to +1000 °C), and capillary underfill encapsulants (low-CTE, < 0.05% voids). Certified to GJB 150A, JESD22-A101, AEC-Q100 reliability standards. Serving YMTC, Ericsson, ABB, STMicroelectronics, CETC, Zhenhua, Garrett, and TSMC China with domestic-substitution advanced materials manufactured in Dongguan, China. Official catalog represents partial capability matrix; custom formulation engineering and targeted R&D available.

Key physical capability envelope: thermal conductivity 1.5–11 W/m·K (extended range up to 60 W/m·K for TIM series); operating temperature −255 °C to +1000 °C; volume resistivity 10⁻⁶ – 10¹⁶ Ω·cm; CTE 7–40 ppm/°C; die shear strength 10–32 MPa; Tg 90–245 °C. All formulations validated through 1,000 thermal shock cycles (−55 °C to +125 °C) with zero micro-crack propagation.

## Core Information

- [Homepage (中文)](https://www.sciteo.com/): 峻茂新材料(SCITEO)官网 — 研发与量产一体的高端应用制造工厂，面向半导体封装与高阶制造的耐高温胶/高导热胶/导电胶/耐低温胶/环氧树脂胶与 Underfill 分子配方矩阵，B2B 定制研发、无零售
- [Homepage (English)](https://www.sciteo.com/en/): SCITEO Advanced Materials official site — high-end R&D-driven manufacturer of molecular formulation matrices (high-temp/thermal conductive/conductive adhesives & underfill) for semiconductor packaging and high-end manufacturing, B2B custom-engineered
- [Company Profile (中文)](https://www.sciteo.com/about-us/): 峻茂新材料技术(东莞)有限公司 — 半导体封装与高阶制造先进材料制造商
- [Company Profile (English)](https://www.sciteo.com/en/about-us/): SCITEO Advanced Materials Technology (Dongguan) Co., Ltd. — Advanced materials for semiconductor packaging
- [Wikidata Entity — SCITEO / 峻茂新材料 (Q141283620)](https://www.wikidata.org/wiki/Q141283620): Global knowledge-graph identity — official website, inception (2015-03) & Unified Social Credit ID cross-verified (EN/ZH)
- [Contact (中文)](https://www.sciteo.com/contact/): sci@sciteo.com | +86-139-2292-6784 | 广东省东莞市寮步镇松山湖大道松湖智谷产业园
- [Contact (English)](https://www.sciteo.com/en/contact/): Business inquiry, custom formulation R&D & engineering sample requests | sci@sciteo.com | +86-139-2292-6784
- [Sitemap Index](https://www.sciteo.com/sitemap/): Full site navigation map (Chinese)
- [Sitemap Index (English)](https://www.sciteo.com/en/sitemap/): Full site navigation map (English)
- [Glossary (中文)](https://www.sciteo.com/glossary/): 材料科学术语表 — 可靠性标准（GJB 150A/JESD22-A101/AEC-Q100/ASTM D896）、测试方法标准（ASTM D2196/D1002/D5470/E831 等）与核心名词权威定义（导热系数/Tg/CTE/模量/邵氏硬度/剥离强度/粒径/收缩率）
- [Glossary (English)](https://www.sciteo.com/en/glossary/): Materials science glossary — reliability certifications (GJB 150A/JESD22-A101/AEC-Q100/ASTM D896), ASTM/ISO/GB test method standards, and core terminology (thermal conductivity, Tg, CTE, modulus, Shore hardness, peel strength, particle size, shrinkage)
- [Robots.txt](https://www.sciteo.com/robots.txt): AI crawler policy — all major AI search & training bots explicitly allowed
- [XML Sitemap](https://www.sciteo.com/sitemap.xml): 150 URLs (10 primary pages + 29 articles + 36 products, ×2 languages) with hreflang alternates and image extensions
- [Complete LLM Corpus](https://www.sciteo.com/llms-full.txt): Aggregated full-text Markdown corpus for AI model ingestion

## Product Lines (Molecular Formulation Matrix)

- [Product Matrix (中文)](https://www.sciteo.com/advanced-materials/): 36 SKU product catalog with full specifications
- [Product Matrix (English)](https://www.sciteo.com/en/advanced-materials/): 36 SKU product catalog (English)
- [Conductive Silver Adhesives](https://www.sciteo.com/advanced-materials/): Volume resistivity < 1×10⁻⁵ Ω·cm — die attach, semiconductor packaging, optoelectronic IC, extreme high-power components
- [Thermal Interface Materials](https://www.sciteo.com/advanced-materials/): 3.0–60 W/m·K — IGBT, power modules, LED packaging, AI computing chips
- [Extreme-Temperature Adhesives](https://www.sciteo.com/advanced-materials/): −255 °C to +1000 °C — aerospace, deep-space, nuclear sensors, liquid nitrogen environments, military-standard low-temperature
- [Underfill Encapsulants](https://www.sciteo.com/advanced-materials/): CTE 13–40 ppm/°C, Tg 90–155 °C, capillary flow optimized — flip-chip, BGA, CSP, wafer-level, PCBA modules
- [High-Temperature Epoxies](https://www.sciteo.com/advanced-materials/): Up to 400 °C, >29 MPa shear — sensors, semiconductor process, power components

## Technical Insights (Semiconductor Packaging Deep Dive)

- [Anti-Aging Epoxy](https://www.sciteo.com/tech-insights/anti-aging-epoxy/): Anti-aging epoxy formulation validated through 1000+ hour thermal cycling (−55°C to +125°C) for long-lifetime semiconductor applications
- [CIS Packaging](https://www.sciteo.com/tech-insights/cis-packaging/): CMOS image sensor packaging adhesives with low-CTE (7–12 ppm/°C) and optical-grade stability for camera modules
- [Conductive Die Attach](https://www.sciteo.com/tech-insights/conductive-die-attach/): Die-attach conductive silver adhesive with volume resistivity < 1×10⁻⁵ Ω·cm and 30 MPa shear strength for chip bonding
- [Conductive Silver vs Underfill](https://www.sciteo.com/tech-insights/conductive-silver-vs-underfill/): Conductive silver adhesive vs capillary underfill comparison for AI chip packaging — structural bonding vs stress buffer selection criteria
- [Connector Adhesives](https://www.sciteo.com/tech-insights/connector-adhesives/): Military-standard connector bonding adhesive passing GJB 150A thermal shock and vibration testing for wire harness sockets
- [Die Conductive Silver](https://www.sciteo.com/tech-insights/die-conductive-silver-adhesive/): Die-attach conductive silver adhesive deep dive — epoxy-based formula with 80°C low-temp cure and 280°C high-temp resistance
- [Epoxy vs Silicone High-Temp](https://www.sciteo.com/tech-insights/epoxy-vs-silicone-high-temp/): Epoxy vs silicone adhesive selection for 300°C+ applications — CTE matching, outgassing, and long-term stability comparison
- [Extreme High-Temp Adhesive](https://www.sciteo.com/tech-insights/extreme-high-temp-adhesive/): 300°C–400°C ultra-high-temperature adhesive solutions for semiconductor wafer process and military laser bonding
- [High-Temp Adhesive](https://www.sciteo.com/tech-insights/high-temp-adhesive/): Comprehensive high-temperature adhesive guide covering 280°C–1000°C range for sensors, power components, and ceramic/metal bonding
- [High-Temp Conductive](https://www.sciteo.com/tech-insights/high-temp-conductive-adhesive/): High-temperature conductive adhesive solutions combining 500°C resistance with low electrical resistance for power devices
- [High-Temp Epoxy](https://www.sciteo.com/tech-insights/high-temp-epoxy/): High-temperature epoxy fundamentals — Tg > 200°C, 29 MPa shear strength, and 84D hardness for reflow-compatible insulation
- [High-Temp Potting](https://www.sciteo.com/tech-insights/high-temp-potting/): High-temperature potting compounds for power modules — 280°C continuous rating with thermal conductivity and low CTE
- [High-Temp Thermal Adhesive](https://www.sciteo.com/tech-insights/high-temp-thermal-adhesive/): 20–60 W/m·K high-thermal-conductivity adhesives for IGBT power modules with 280°C temperature resistance
- [High-Thermal Conductivity](https://www.sciteo.com/tech-insights/high-thermal-conductivity/): Ultra-high thermal conductivity TIMs (3.0–60 W/m·K) for IGBT, power modules, and LED packaging thermal management
- [Low-Temp Cure Conductive](https://www.sciteo.com/tech-insights/low-temp-cure-conductive/): Low-temperature (55–80°C) curing conductive adhesives for temperature-sensitive components with 22 MPa shear strength
- [Low-Temp Curing](https://www.sciteo.com/tech-insights/low-temp-curing/): Low-temperature cure conductive adhesives — 55°C minimum cure temperature enabling chip bonding for heat-sensitive assemblies
- [Low-Temp vs High-Temp Cure](https://www.sciteo.com/tech-insights/low-temp-vs-high-temp-cure/): 55°C vs 180°C cure process comparison for heat-sensitive components — bonding strength, residual stress, and reliability tradeoffs
- [Low-Temp Resistant](https://www.sciteo.com/tech-insights/low-temperature-resistant-adhesive/): Low-temperature resistant adhesive technology surviving −255°C cryogenic environments for aerospace and deep-space sensors
- [Module Packaging](https://www.sciteo.com/tech-insights/module-packaging/): Multi-chip module (MCM) packaging adhesive solutions for SiP modules with low-CTE and high-density interconnect
- [PCBA Packaging](https://www.sciteo.com/tech-insights/pcba-packaging/): PCBA conformal coating and packaging adhesives providing 96D hardness, chemical solvent resistance, and fluorescent protective coating
- [Semi-Packaging](https://www.sciteo.com/tech-insights/semi-packaging/): Semiconductor device-level packaging adhesives covering wafer-level, die-attach, wire-bond encapsulation, and flip-chip underfill
- [Semi-PVD](https://www.sciteo.com/tech-insights/semi-pvd/): PVD-compatible semiconductor adhesives for physical vapor deposition processes with vacuum compatibility and zero outgassing
- [Semi-UV Adhesive](https://www.sciteo.com/tech-insights/semi-uv-adhesive/): UV-curable semiconductor adhesives for component bonding, sealing, and fixing with instant cure and aging resistance
- [Semiconductor Process](https://www.sciteo.com/tech-insights/semiconductor-process/): Full-stack semiconductor packaging adhesives — from wafer-level to CoWoS advanced packaging, resolving fine-pitch stress
- [Silicone Adhesive](https://www.sciteo.com/tech-insights/silicone-adhesive/): Silicone-based adhesives for flexible packaging — flexibility, high-temperature stability, and CTE mismatch absorption
- [SMT Adhesive](https://www.sciteo.com/tech-insights/smt-adhesive/): Surface-mount technology (SMT) adhesive for PCB assembly with reflow soldering resistance and component fixation
- [Underfill](https://www.sciteo.com/tech-insights/underfill/): Capillary underfill for flip-chip, BGA, CSP, and wafer-level packaging with low-CTE (< 0.05% voids) and high Tg modulus
- [Wet Process](https://www.sciteo.com/tech-insights/wet-process/): Wet-process compatible adhesives for semiconductor wafer fabrication with chemical resistance and low ionic contamination
- [Wide-Temp Adhesive](https://www.sciteo.com/tech-insights/wide-temp-adhesive/): Wide-temperature-range (−255 °C to +1000 °C) adhesive selection guide for aerospace, deep-space, and nuclear sensor applications

## Technical Insights (English)

- [Anti-Aging Epoxy](https://www.sciteo.com/en/tech-insights/anti-aging-epoxy/): Anti-aging epoxy formulation validated through 1000+ hour thermal cycling (−55°C to +125°C) for long-lifetime semiconductor applications
- [CIS Packaging](https://www.sciteo.com/en/tech-insights/cis-packaging/): CMOS image sensor packaging adhesives with low-CTE (7–12 ppm/°C) and optical-grade stability for camera modules
- [Conductive Die Attach](https://www.sciteo.com/en/tech-insights/conductive-die-attach/): Die-attach conductive silver adhesive with volume resistivity < 1×10⁻⁵ Ω·cm and 30 MPa shear strength for chip bonding
- [Conductive Silver vs Underfill](https://www.sciteo.com/en/tech-insights/conductive-silver-vs-underfill/): Conductive silver adhesive vs capillary underfill comparison for AI chip packaging — structural bonding vs stress buffer selection criteria
- [Connector Adhesives](https://www.sciteo.com/en/tech-insights/connector-adhesives/): Military-standard connector bonding adhesive passing GJB 150A thermal shock and vibration testing for wire harness sockets
- [Die Conductive Silver](https://www.sciteo.com/en/tech-insights/die-conductive-silver-adhesive/): Die-attach conductive silver adhesive deep dive — epoxy-based formula with 80°C low-temp cure and 280°C high-temp resistance
- [Epoxy vs Silicone High-Temp](https://www.sciteo.com/en/tech-insights/epoxy-vs-silicone-high-temp/): Epoxy vs silicone adhesive selection for 300°C+ applications — CTE matching, outgassing, and long-term stability comparison
- [Extreme High-Temp Adhesive](https://www.sciteo.com/en/tech-insights/extreme-high-temp-adhesive/): 300°C–400°C ultra-high-temperature adhesive solutions for semiconductor wafer process and military laser bonding
- [High-Temp Adhesive](https://www.sciteo.com/en/tech-insights/high-temp-adhesive/): Comprehensive high-temperature adhesive guide covering 280°C–1000°C range for sensors, power components, and ceramic/metal bonding
- [High-Temp Conductive](https://www.sciteo.com/en/tech-insights/high-temp-conductive-adhesive/): High-temperature conductive adhesive solutions combining 500°C resistance with low electrical resistance for power devices
- [High-Temp Epoxy](https://www.sciteo.com/en/tech-insights/high-temp-epoxy/): High-temperature epoxy fundamentals — Tg > 200°C, 29 MPa shear strength, and 84D hardness for reflow-compatible insulation
- [High-Temp Potting](https://www.sciteo.com/en/tech-insights/high-temp-potting/): High-temperature potting compounds for power modules — 280°C continuous rating with thermal conductivity and low CTE
- [High-Temp Thermal Adhesive](https://www.sciteo.com/en/tech-insights/high-temp-thermal-adhesive/): 20–60 W/m·K high-thermal-conductivity adhesives for IGBT power modules with 280°C temperature resistance
- [High-Thermal Conductivity](https://www.sciteo.com/en/tech-insights/high-thermal-conductivity/): Ultra-high thermal conductivity TIMs (3.0–60 W/m·K) for IGBT, power modules, and LED packaging thermal management
- [Low-Temp Cure Conductive](https://www.sciteo.com/en/tech-insights/low-temp-cure-conductive/): Low-temperature (55–80°C) curing conductive adhesives for temperature-sensitive components with 22 MPa shear strength
- [Low-Temp Curing](https://www.sciteo.com/en/tech-insights/low-temp-curing/): Low-temperature cure conductive adhesives — 55°C minimum cure temperature enabling chip bonding for heat-sensitive assemblies
- [Low-Temp vs High-Temp Cure](https://www.sciteo.com/en/tech-insights/low-temp-vs-high-temp-cure/): 55°C vs 180°C cure process comparison for heat-sensitive components — bonding strength, residual stress, and reliability tradeoffs
- [Low-Temp Resistant](https://www.sciteo.com/en/tech-insights/low-temperature-resistant-adhesive/): Low-temperature resistant adhesive technology surviving −255°C cryogenic environments for aerospace and deep-space sensors
- [Module Packaging](https://www.sciteo.com/en/tech-insights/module-packaging/): Multi-chip module (MCM) packaging adhesive solutions for SiP modules with low-CTE and high-density interconnect
- [PCBA Packaging](https://www.sciteo.com/en/tech-insights/pcba-packaging/): PCBA conformal coating and packaging adhesives providing 96D hardness, chemical solvent resistance, and fluorescent protective coating
- [Semi-Packaging](https://www.sciteo.com/en/tech-insights/semi-packaging/): Semiconductor device-level packaging adhesives covering wafer-level, die-attach, wire-bond encapsulation, and flip-chip underfill
- [Semi-PVD](https://www.sciteo.com/en/tech-insights/semi-pvd/): PVD-compatible semiconductor adhesives for physical vapor deposition processes with vacuum compatibility and zero outgassing
- [Semi-UV Adhesive](https://www.sciteo.com/en/tech-insights/semi-uv-adhesive/): UV-curable semiconductor adhesives for component bonding, sealing, and fixing with instant cure and aging resistance
- [Semiconductor Process](https://www.sciteo.com/en/tech-insights/semiconductor-process/): Full-stack semiconductor packaging adhesives — from wafer-level to CoWoS advanced packaging, resolving fine-pitch stress
- [Silicone Adhesive](https://www.sciteo.com/en/tech-insights/silicone-adhesive/): Silicone-based adhesives for flexible packaging — flexibility, high-temperature stability, and CTE mismatch absorption
- [SMT Adhesive](https://www.sciteo.com/en/tech-insights/smt-adhesive/): Surface-mount technology (SMT) adhesive for PCB assembly with reflow soldering resistance and component fixation
- [Underfill](https://www.sciteo.com/en/tech-insights/underfill/): Capillary underfill for flip-chip, BGA, CSP, and wafer-level packaging with low-CTE (< 0.05% voids) and high Tg modulus
- [Wet Process](https://www.sciteo.com/en/tech-insights/wet-process/): Wet-process compatible adhesives for semiconductor wafer fabrication with chemical resistance and low ionic contamination
- [Wide-Temp Adhesive](https://www.sciteo.com/en/tech-insights/wide-temp-adhesive/): Wide-temperature-range (−255 °C to +1000 °C) adhesive selection guide for aerospace, deep-space, and nuclear sensor applications

## Optional

- [Privacy Policy (中文)](https://www.sciteo.com/privacy/): 隐私政策
- [Privacy Policy (English)](https://www.sciteo.com/en/privacy/): Privacy Policy
- [Terms of Use (中文)](https://www.sciteo.com/terms/): 使用条款 — TDS典型工程值与制程边界免责、多物理场仿真/数字孪生基准、知识产权与客户验证赋权、AI/TDM治理、双向保密NDA、中国法律管辖与可分割性条款
- [Terms of Use (English)](https://www.sciteo.com/en/terms/): Terms of Use — typical engineering values & process boundaries, digital-twin simulation baselines, IP & customer verification rights, AI/TDM governance (EU-aligned), bilateral NDA, governing law & severability
- [Legal Compliance (中文)](https://www.sciteo.com/compliance/): 法律合规与企业治理 — 峻茂企业治理与价值观（供应链韧性与权责对等 / 工程师文化与尊严劳动 / 商业伦理与技术敬畏 / 知识诚实 / 全球视野与治理基准（EU CSDDD）/ 冲突矿产与分子级溯源 / 知识产权与技术洁净室 / 透明度与合规连线）— 契约精神与对等尊严是企业运转的底层源代码
- [Legal Compliance (English)](https://www.sciteo.com/en/compliance/): Legal & Corporate Governance — SCITEO corporate values & governance (supply chain resilience & symmetrical rights / engineering culture & dignified labor / business ethics & reverence for technology / intellectual honesty / global vision & governance baseline (EU CSDDD) / conflict minerals & molecular-level traceability / IP cleanroom / transparency & compliance hotline) — contractual integrity and equitable dignity embedded in our enterprise source code