3616 Electrically Non-Conductive Adhesives

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MOQ : 100 Units

3616 Electrically Non-Conductive Adhesives Specification

Types Of Chemical
Thermoset

Storage Temperature
2.0C - 8.0C

Form
Paste

Adhesive Type
Heat cure

Material
Thermoset

Usage
Surface mount adhesives

Grade
Electronics assembly materials

Application
Surface mount

Physical State
Paste

Surface compatibility
Steel (grit blasted)

Viscosity range
15.0-55.0 Pas

Cure mechanism
Heat

Non-conductive
Yes

Thermal resistance
Suitable for electronics

Consistency
Paste

Yield point
200-450 Pas

Component type
1 part

Technology
Cone & plate Haake

Shear strength
2175 psi

3616 Electrically Non-Conductive Adhesives Trade Information

Minimum Order Quantity
100 Units

Payment Terms
Cash in Advance (CID)

Supply Ability
5000 Units Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About 3616 Electrically Non-Conductive Adhesives

LOCTITE 3616 is a 1-part, red, high-viscosity epoxy adhesive for bonding surface-mounted devices (SMDs) to printed circuit boards (PCBs) before wave soldering. Its designed for applications requiring high print speeds and high wet strength characteristics. Its particularly used for printing a range of dot heights from one stencil thickness, but is also suitable for general small-part bonding. It cures when exposed to heat above 100C (212F), typically 90120 seconds at 150C (302F).

Suitable for high print speeds
High wet strength

Reliable Non-Conductive Bonding for Electronics

Designed specifically for electronics assembly, the 3616 adhesive offers reliable, non-conductive bonding with strong mechanical properties. This paste ensures electrical insulation and robust adhesion performance, making it an ideal choice for surface mount applications and sensitive electronic assemblies where conductivity cannot be compromised.

Easy Application and Consistent Performance

With its paste form and single-part formulation, 3616 adhesive simplifies the application process on steel and other compatible surfaces. The heat-curing mechanism accelerates assembly lines by reducing process time, all while maintaining optimal structural integrity and durability for complex electronic devices.

Superior Strength and Durability

Engineered with a shear strength of up to 2175 psi, this adhesive maintains excellent mechanical stability under stress. Its thermoset material properties ensure long-lasting adhesion and resistance to temperature fluctuations, making it particularly suitable for electronics exposed to challenging operating environments.

FAQ's of 3616 Electrically Non-Conductive Adhesives:

Q: How is 3616 Electrically Non-Conductive Adhesive applied in electronics assembly?

A: This adhesive is applied directly as a paste onto grit-blasted steel or other compatible electronic components. After application, it requires heat curing to activate the bonding process, ensuring secure attachment and effective insulation for surface mount technology.

Q: What are the main benefits of using this adhesive for surface mount applications?

A: The 3616 adhesive delivers outstanding electrical insulation, robust mechanical strength, and high thermal resistance. These qualities make it ideal for electronics manufacturing, as it helps protect sensitive components and supports durable, long-term device reliability.

Q: When should this adhesive be cured for optimum results?

A: For best bonding outcomes, the adhesive should be heat-cured immediately after application. This ensures strong adhesion and consistent performance in electronics assemblies.

Q: Where is this adhesive most commonly used?

A: It is widely used in electronics assembly lines, particularly for surface mount devices that require secure, electrically non-conductive bonding on steel and other grit-blasted surfaces.

Q: What is the recommended storage condition for 3616 adhesive?

A: To preserve its properties and shelf life, the adhesive should be stored at temperatures ranging from 2C to 8C in its original container until ready for use.

Q: How does the adhesive maintain non-conductivity in electronic assemblies?

A: Formulated with a thermoset material, this adhesive maintains reliable insulation by preventing electrical conductivity between connected components throughout the product's life cycle.

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