Engineering Literature | SCITEO Packaging Adhesives Think Tank

01·High-Temp Adhesive·High-Temp Insulating Adhesive

Selecting High-Temp Adhesives: 200–1000 °C Ultra-High-Temp Grades, Sensor Packaging and Semiconductor Process Bonding

High-temperature adhesive selection for 200–1000 °C: ultra-high-temp grades, FBG and sapphire-fiber sensing, SiC sensor packaging, quartz-glass and ceramic-to-metal bonding, and low-outgassing PVD/CVD use. SCITEO holds 100% shear retention and 20 GΩ insulation after 400 °C/72h, plus reflow, TC1000 and 85/85 retention data.

GJB 150.3A-2009

02·High-Temp Thermal Adhesive·IGBT Power Module

High-Temp Thermal Adhesive: 20-60 W/m·K TIMs for Laser Chips, IGBT/SiC and Compute Modules

High-temp TIM selection: 2.5-60 W/m·K, 300-400 °C, 10 ppm/°C CTE, 26 MPa shear, ions <10 ppm. SCITEO TIMs curb pump-out in laser chips and IGBT/SiC modules.

ASTM D5470

03·High-Temp Conductive Adhesive·Chip-Grade Conductive Silver Adhesive

High-Temp Conductive Adhesive: 300 °C SiC Die Attach to 1000 °C Sensors

High-temp conductive adhesive: 300-1000 °C, Tg 195 °C, CTE <28 ppm/°C; SCITEO die-attach silver paste, pressureless Ag/Cu sintering for SiC, 800 V HVDC.

MIL-STD-883 Method 2019

04·Semiconductor Packaging Adhesive Reliability·Packaging Adhesive Selection

Why Packaging Adhesives Fail Temperature Cycling and 85/85: Cracking, Damp-Heat Bias and Tg Collapse

Packaging adhesive reliability: ≥28 MPa shear after 1,000 TC cycles, >24 MPa after 85/85 with Tg above 140 °C, plus AEC-Q100 and JEDEC selection criteria.

JEDEC JESD22-A104F.01

05·Semiconductor Packaging Adhesives·Chip Packaging Adhesives

How to Choose Semiconductor Packaging Adhesives: Die Attach, Wire-Bond Encapsulation and Flip-Chip Underfill

Semiconductor, chip and IC packaging adhesives: die-attach BLT 15-25 μm, shrinkage below 0.06%, 4-60 W/m·K. SCITEO low-CTE underfill curbs wire sweep.

GB/T 7124

06·Wide-Temp Adhesive·Wide-Temperature Adhesive

Wide-Temperature Adhesives: −70 °C to 300 °C Bonding, CTE Matching and Device-Level Validation

Wide-temp adhesive selection: −70 to 300 °C, flattened modulus and CTE matching, ≥95%/≥90% shear after TC1500/THS1500 for automotive, military and optics.

GJB 150.5A

07·Advanced Packaging·Wafer-Level Packaging

From 3nm GAAFET to CoWoS-L Heterogeneous Integration: Wafer-Bond Cleanliness, Thermal Stress and Interface Material Failures

3nm GAAFET wafer process at 300-500 °C, sub-nanometer hybrid bonding, CoWoS-L and HBM4 CTE mismatch, kW-class TIM1 pump-out: SCITEO selection guidance.

J-STD-020F-2024

08·High-Temp Adhesives·High-Temperature Failure Analysis

Why High-Temperature Adhesives Fail: Interface Diagnosis and Selection for High-End Sensors and Quantum Measurement at 300-500 °C

High-temp adhesive failure: Tg modulus collapse, thermo-oxidative chain scission and CTE shear fatigue. SCITEO serves quantum and high-end sensor interfaces.

GJB 150.3A

09·Chip-Grade Conductive Silver Adhesive·Die Attach Adhesive

Chip-Grade Conductive Silver Adhesive Selection: Die Attach Adhesive, Pressureless Sintered Silver and Interface Engineering for AI Compute, Automotive SiC and Medical Imaging

Die attach adhesive selection: 3×10⁻⁵ Ω·cm, CTE 26 ppm/°C, void rate under 5%, 160-280 W/m·K pressureless sintered silver, 19 MPa shear, Tg 110-195 °C.

ASTM D257

10·High Thermal Conductivity Adhesive·Thermally Conductive Adhesive Selection

High-Thermal-Conductivity Adhesive Selection: Interfacial Resistance by Heat Flux Tier

High thermal conductivity adhesive: separate grease, gap pad, gel and potting, then pin the test convention. SCITEO 2-60 W/m·K, ≤0.05 °C·cm²/W at 25 μm.

ASTM D5470-17(2024)

11·Anti-Aging Epoxy·Epoxy Aging Mechanisms

Anti-Aging Epoxy Reliability: Damp-Heat Aging, Thermal Cycling, and Acceleration Models

Anti-aging epoxy: ≥90% shear after 1,000 h at 85/85, 95% after 1,000 thermal cycles, CTE 13–23 ppm/°C, −255 to 400 °C; Arrhenius and Coffin-Manson models.

JEDEC JESD22-A101

12·MEMS Packaging Adhesive·MEMS Sensor Packaging

MEMS Sensor Packaging Adhesive Selection: Die Attach to Cavity Sealing

SCITEO MEMS packaging adhesives: <1×10⁻⁸ atm·cc/s cavity leak, <0.05% CVCM, CTE 13–30 ppm/°C, for lid sealing, pressure, inertial and microphone devices.

IPC-7095E

13·High-Temp Potting Compound·Phase-Transition Insulation

High-Temp Potting Compound Selection: Phase-Transition Insulation and Extreme Sealing for 400 °C+ Sensors, Semiconductor Equipment and High-Voltage Drive Units

High-temp potting: 400 °C long-term, 1.3×10¹⁰ Ω volume resistance at 300 °C, 2.5 W/m·K. SCITEO 1-part phase-transition potting stops 350 °C carbonization.

GB/T 31838.2-2019

14·Underfill Encapsulant·CoWoS-L Advanced Packaging

How to Select Underfill: Void & Warpage Control from Chip-Level Packaging to Glass-Based Carriers

Underfill is now a structural material: 13 ppm/°C CTE, 150 °C Tg, 32 MPa shear and 6 W/m·K must pair with void control. SCITEO covers CoWoS-L/HBM4 at 5 μm.

IPC-7095

15·Conductive Silver Adhesive·Die Attach Adhesive

Semiconductor-Grade Die-Attach Conductive Silver Adhesive: Adhesion, Volume Resistivity and Thermal Conduction Trade-Offs, Plus Resin Bleed-Out, Void and Silver-Migration Control

Die-attach conductive silver: 3×10⁻⁵ Ω·cm, 5–60 W/m·K (280 sintered), 19 MPa Au-plated shear, mobile ions below 10 ppm; bleed, void and Ag-migration controls.

ASTM D257

16·Module Packaging Adhesives·Humanoid Robot Joint Modules

Module Packaging Adhesives for AI Compute, Humanoid Joint and RF Modules

SCITEO module packaging adhesives are decided at the interface: 4-60 W/m·K, −255 to 500 °C, 1,000 h 85/85 aging, low-CTE optical locking, custom formulation.

GB/T 2423.17

17·PCBA Encapsulation·Underfill

High-Density PCBA Encapsulant Selection: SiP, Underfill and Piezo Jet Dispensing Interface Failure Mechanisms

PCBA encapsulant selection: <0.06% shrinkage, >200 Hz piezo jetting, 13-30 ppm/°C underfill for AI compute boards, rail transit and MMC valve control boards.

ISO 2577

18·High-Temp Epoxy·300 °C Adhesive

How to Select 300 °C High-Temp Epoxy: Tg, CTE, and Interface Reliability

High-temp epoxy: 300 °C long-term endurance, Tg 280 °C, 7.5-48 ppm/°C CTE. SCITEO modified epoxies step-cure against CTE mismatch in semiconductor equipment.

IEC 60034-18-41

19·Cryogenic Adhesive·Deep-Cryogenic Bonding

Cryogenic Adhesive Selection: −55 °C to −255 °C Bonding Failure Physics and Interface Materials for LNG, Superconducting Magnets and Quantum Computing

Cryogenic adhesive selection: −55 to −255 °C, 0.05% shrinkage, 50 liquid-nitrogen cycles no cracking; stress relaxation counters CTE-mismatch embrittlement.

ASTM D2557

20·Low-Temperature Cure Conductive Silver Adhesive·60 °C Low-Temperature Cure

Low-Temperature Cure Conductive Silver Adhesive: 60-80 °C Cure Window and Interconnect Criteria

Low-temp cure conductive silver adhesive: 60-80 °C cure, 4×10⁻⁵ Ω·cm resistivity, 18 MPa die shear and 120 °C Tg for reflow-free MEMS and CIS interconnect.

ASTM D2739

21·SMT Assembly·008004 Placement

SMT Cold Solder Joints, Solder Voids and Head-in-Pillow: 008004 and SiP Vacuum Reflow

Cold joints, solder voids and Head-in-Pillow: 008004 placement, dynamic warpage and non-wet opens, sub-2% voids in vacuum reflow, 3D SPI/AOI/AXI closed loop.

IPC J-STD-001

22·Low-Temp Cure Adhesive·Thermal-Sensitive Component Packaging

Low-Temp Cure Adhesive Selection: 60-80 °C Window for Thermal-Sensitive Packaging

60-80 °C cure window plus a 55 °C extreme grade: ≥18 MPa die shear, 120 °C Tg, 260 °C reflow tolerance for IR detector, print head and module packaging.

GB/T 7124

23·Wet-Etch Mask Adhesive·Electroplating Mask Adhesive

Wet-Etch and Electroplating Mask Adhesives: Chemical Defense for TSV Plating, Glass-Substrate TGV and Microwave Cavity Metallization

Wet-process mask adhesives: 30-day polar-solvent soak without swelling, pH 1-13 for 60 min, HF and sulfuric-acid resistance, 0% residue peel for TSV and TGV.

ASTM D412

24·PVD Coating Process·CVD Deposition Equipment

PVD/CVD Coating Adhesives: High-Temp and Low-Outgassing Selection Criteria for Wafer Metallization, Optical Coating and Glass Substrate Packaging

PVD/CVD adhesives: 300-400 °C, CVCM below 0.1%, 0% residue peel. SCITEO low-outgassing bonding and UV strippable masking for wafer, optics and glass panels.

ASTM E595

25·CIS Packaging Adhesive·CMOS Image Sensor Packaging

CIS Image Sensor Packaging Adhesive: Automotive CMOS, TSV Bonding and AA Active Alignment

Automotive CIS packaging adhesive: <1×10⁻⁸ atm·cc/s leak, <0.1% CVCM, CTE to 13 ppm/°C for TSV wafer-level bonding, glass-lid sealing and AA active alignment.

AEC-Q100 Rev-J

26·Heat-Cure Silicone·One-Component Thermal Silicone

One-Component Heat-Cure Thermal Silicone for Sealed Structures: Cure, Interfacial Stress Relief and Stencil Printing

SCITEO one-component heat-cure potting silicone: 120 °C latent cure removes sealed-cavity undercure, 2.5 W/(m·K) and 56% elongation, stencil-printable.

ASTM D412

27·Connector Potting·Harness Potting

Connector & Harness Potting Compound Selection: Mil-Spec Thermal Shock, 800V High-Voltage and Medical Harness Sealing Physics

−55 to +150 °C thermal shock (1,000×), >10¹⁴ Ω·cm resistivity, pseudoplastic anti-leak rheology: potting for 800V EV, 224G backplane, UQD and medical harness.

GJB 150.5A

28·UV-Cure Adhesive·Active Alignment (AA)

How to Choose a UV-Cure Adhesive: Alignment Shift, Black Deep Cure and UV-Thermal Dual Cure

UV-cure adhesive selection: <0.6% shrinkage locks active alignment, 395-405nm deep-cures black shielding adhesive, UV-thermal dual cure fills shadow zones.

ISO 2577