PLENSETTM
PLENSETTM
No particle type
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What is the PLENSETTM No particle type?
The PLENSETTM No particle type (AE-700) is a fully liquid one-component adhesive that contains no powder components.
Since the resin and curing agent are dissolved into a liquid, penetration into narrow gaps and complete curing is possible.
Have you experienced these issues?
Uncured separation occurs when pouring into narrow gaps.
case
01
To make adhesive thickness as thin as possible, even down to micron scale
case
02
Thin-film coating on material surface
case
03
Here is the product that resolves these issues. PLENSETTM No particle type
The adhesive is a no particle type that does not contain any powder components.
Feature
#1
Enables impregnation bonding to narrow gaps.
Feature
#2
The adhesive thickness can be reduced to the level of the surface roughness of the adhesive material.
Feature
#3
Solid dispersion one-component type (general products)
Resin permeates, but curing agent does not (separation)
Permeated area is uncured
Permeated area is uncuredNo particle one-component type AE-700
Uniformity of the primary and curing agents even in permeated areas
Complete curing even in narrow gaps
Complete curing even in narrow gapsApplication
Impregnation bonding into gaps and narrow areas after assembly of parts
Adhesion, fixing of parts attached with screws
Encapsulation of threaded coils, impregnation bonding
Areas where the thinnest possible adhesive thickness is desired
Characteristics
| Item | AE-700 | Conditions | ||
|---|---|---|---|---|
| Characteristics | Color tone and appearance | Brown clear liquid | Visual inspection | |
| Viscosity | 11Pa･s | E-type viscometer, 25degC、5rpm | ||
| Thixotropic index | 1.1 | E-type viscometer, 25degC、2rpm/20rpm | ||
| Gel time | 18minutes／120degC | Hot plate | ||
| Standard curing conditions | 120degC×30minutes | Hot air circulation oven | ||
| Properties of cured materials | Tensile lap shear strength | 22N／㎟ | JIS K-6850 (Steel plate) | |
| Glass transition temperature | 53degC | TMA measurement | ||
| Thermal expansion coefficient | α1 | 75ppm | ||
| α2 | 185ppm | |||
The data in this document are representative values, not standard values. The contents of this document are subject to change without notice.
Application process
Telephone or form inquiry
Inquire about customer issues, required characteristics
Propose and send samples for evaluation
Customer evaluation
Interview regarding results of evaluation
When it is difficult to use existing products
Consultation and consideration of development themes
