Handgerät zur Prüfung der Klebkraft von Gummi | Tackiness Checker™ | 236-HTC-1 (Deutsch)
Handgerät zur Prüfung der Klebkraft von Gummi | Tackiness Checker™ | 236-HTC-1 (Deutsch)
No applicable standard(s)
Der Tackiness Checker™ ist ein praktisches, benutzerfreundliches Messgerät, das entwickelt wurde, um die Klebrigkeit von Gummikomponenten vor Ort zu prüfen.
Dieses Messgerät kann je nach Anwendungsfall auch zur Prüfung der Klebrigkeit von Klebebändern verwendet werden.
Beim Formungsprozess von Reifen und Riemen, bei dem Komponenten wie Gummi und Verstärkungsmaterialien in mehreren Schichten miteinander verbunden und vulkanisiert werden, ist es sehr wichtig, die Klebrigkeit der Komponenten zu überprüfen, bevor der Formungsprozess abgeschlossen ist.
Der Tackiness Checker HTC-1 bietet eine einfache und tragbare Methode für genaue Prüfungen vor Ort.
| Model | HTC-1 |
| Load cell | max. force 20N |
| Resolution | 0.1N |
| Press force | 5 to 12N (adjustable) |
| Dwell time | 3 sec. / 6 sec. (selectable) |
| Number of measurements | 1, 3, 5 (selectable) |
| Test speed (contact ring lowering/rising speed) | approx. 2.3mm/sec. |
| Time required for measurement | approx. 7 sec. (when the press time is 3 sec.) |
| Contact ring (testing head) | • Aluminum R / curvature surface ring (AL-R1, standard)
• Aluminum F / flat surface ring (AL-F1, option) • Flat-faced indenter (AL-M1, option) |
| Contact ring auto rotation | Yes |
| Minimum specimen size | 50 × 50mm |
| LCD dispay | 16 characters, 2 lines |
| Display content | • Specimen name (4 digits)
• Results (median and average for multiple measurements) • Number of measurements (1, 3, 5) • Press time (3 sec. / 6 sec.) |
| Electrical | Li-ion battery 7.4V, 2000mA
AC adapter: -Input voltage: Single-phase, AC100-240V, 50/60Hz -Output voltage: DC8.4V 2A |
| Dimensions | W118 × D72 × H222mm |
| Weight (approx.) | 1.3kg |
Optionen
| Name | Code | Foto | Beschreibung |
| Built-in thermopile radiated temperature sensor | ST-1 | • Measurement range: 5 to 40°C • Resolution: 1°CNote: This sensor is adjusted to the radiation rate of rubber (≅0.95)Temperature of materials with a different radiation rate cannnot be correctly measured. |
|
| Carrying case | KS-1 |  |
|
| Aluminum F / flat surface ring | AL-F1 |  |
• Point contact
• Larger contact area than aluminum R ring. • Applicable to specimen with low tack values. |
| Flat-faced indenter | AL-M1 |  |
• Face to face contact
• Applicable to specimen that is difficult to measure even with the Aluminum F / flat surface ring Note: Ratchet mechanism is disabled. |
Contact rings (Probes)
Left: Aluminum R ring (AL-R1), Middle: Aluminum F ring (AL-F1), Right: Flat-faced indenter (AL-M1)
| Name | Code | Beschreibung |
| Aluminum R ring | AL-R1 | • Standard contact ring
• The contact surface is curved in the X and Y directions. • The R shape (round shape) of the probe can flexibly negotiate itself with a certain level of projections and recesses on the test specimen, enabling averagely stable measurement. |
| Aluminum F ring | AL-F1 | • Optional contact ring
•This ring is used to measure a test specimen the tackiness of which is too low for the aluminum R ring to identify the measurement data. •The F ring results in higher measurement data than the R ring because the contact surface of the F ring is larger than that of the R ring. |
| Flat-surface indenter | AL-M1 | • Optional indenter
• 10 × 15mm² flat contact surface area • This option provides a larger contact surface area than with R or F rings, and is characterized by a flat contact surface. • It is particularly effective in cases where tack values obtained with R or F rings are low. However, it is not suited to specimens with rough or curved surfaces, because even contact will not be achieved, leading to unstable tack values. |
Related Products
Rubber Tack Tester / PICMA Tack Tester™ | 235-P-3
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