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SC6114 4.5W Thermal Epoxy — High-Strength, High-Temp, Single-Component Heat-Cure Rigid Adhesive
SCITEO LAB TRUST100% Lab Tested
DISPENSING HARDWARENordson Syringe
OUTER PACKAGINGVacuum Packaging
PACKAGING30cc/syringe
Permeating the silicon matrix from the unseen

Precision Molecular Engineering

SC6114 4.5W Thermal Epoxy — High-Strength, High-Temp, Single-Component Heat-Cure Rigid Adhesive

Heat-cure thermal adhesive. High-temp 280°C, shock-resistant, insulating, reflow-compatible. 4.5 W/m·K, single-component, no pot-life limits.

Typical Application

Power devices, sensors, compute chips, heat-sink assembly bonding, thermal sealing & insulation.

Technical Specifications
Viscosity @ 25 °C
280000 mPa·s
Temperature Range
−45 °C–280 °C
Shear Strength
28 MPa (etched Al)
Cure Condition
120 °C / 30 min
* Multiple specifications are available for this series.
SCITEO Rigorous Standards: Certified via GJB150 testing by Zhenhua, CETC, and CAC, providing reliable support.

This product provides local substitution for Shanghai Zhangjiang High-Tech Park, Xi'an & Chengdu military industrial bases, and Wuxi packaging industrial cluster.

SCITEO R&D ARCHIVE

Specifications Don't Match Your Operating Conditions?

This page displays only the baseline product series. Within SCITEO's undisclosed database, we maintain extensive formulations engineered for extreme environments. Contact us directly — our application experts will deliver a precise match.

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APPLICATION FIELDS

High Reliability Scenarios

Core positioning and partial application demonstration of this product under complex operating cycles.

SCITEO SC6114 for high-power LED optoelectronic chip thermal bonding

High-Power Chip Bonding

SCITEO SC6114 for water-cooling plate copper-aluminum thermal bonding and fixation

Water-Cooled Heat Sink

SCITEO SC6114 for power device module thermal bonding of components and chips

Power Module Bonding

FAQ & ENGINEERING ANSWERS

Application Engineer FAQ

SCITEO's structured answers regarding physical properties, industry standards, operating procedures, and technical specifications.

Q

How does SC6114 differ from standard thermal adhesives?

A

Stronger bond, 84D post-cure hardness, 280°C thermal headroom ensures thermal conductivity stability under complex cycling.

Q

Advantages of single-component?

A

No mixing, no pot-life limits, ready-to-use. Compatible with dispensing, printing, and coating processes.

SCITEO Application Engineering Support

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