China

MODERNER NGG dry heat test pot, wood-based panel heat resistance test

SE
Dedicated to wood-based panel dry heat resistance performance test, in line with GB standard design, NGG dry heat resistance test pot is suitable for 230mm long specimens.
Model:
Certificate

Moderner NGG Resistance to dry heat test potSPEC

Moderner NGG Resistance to dry heat test potDetails

Moderner NGG Resistance to dry heat test potPacking list

SKU
NB018294
Outer diameter of dry hot pan
F87 ± 1mm
Dry heat resistant pan high
150±5 mm
Dry and hot pan with thick bottom
2.5±0.5mm
Outer diameter of pressure ring
F180 ± 1mm
Inner diameter of pressure ring
F. 120 ± 1 mm
Ring Weight
About 4Kg
Briquetting overall dimension
100mm × 100mm × 64 mm (L × W × H)
briquetting Weight
About 5Kg
NGG
Resistance to dry heat test pot
Dedicated to wood-based panel dry heat resistance performance test, in line with GB standard design, NGG dry heat resistance test pot is suitable for 230mm long specimens.
MODERNER NGG dry heat test pot, wood-based panel heat resistance test Picture

use

Uses of dry heat resistance test pot:

The dry heat resistance test pot is mainly used for the dry heat resistance test of wood-based panels and decorative wood-based panels to determine the resistance of the surface decoration layer to hot objects. Applicable to: GB/T15102, GB/T17657, GB/T18102 standards.

Application of dry heat resistance test cup:

This test cup is manufactured according to the technical requirements in the national standard GB4893.385. Used for the determination of the paint film on the surface of furniture, and also for the determination of the dry heat resistance of polyester polyurethane wood lacquer and UV-cured wood lacquer.

MODERNER NGG dry heat resistance test pot

Measurement steps

Determination steps of dry heat resistance test pot:

1. Put the test piece (size of test piece: length: 230mm±5mm; width: 230±5mm) in an environment with a temperature of (23±2)°C and a Relative Humidity of (50±5)% for 7 days.

2. Check the bottom of the test pot, there must be no surface damage and adhesions.

3. Put enough glycerin tristearate into the cylindrical container, the liquid surface is 15mm from the top, put the container on the heating source, and raise the temperature to about 180°C. Insert a thermometer into the container, and the mercury bulb bottom of the thermometer is about 6mm from the bottom of the container. Raise the temperature of the oil to 185°C under constant stirring, then move the container to the heat insulation plate, and keep stirring to lower the temperature to (180±1)°C.

4. Immediately place the container on the surface of the test piece and leave it for 20 minutes without stirring. The container was removed and the test piece was allowed to cool for 45 minutes.

5. The light is projected onto the test piece from various incident angles, and the surface of the test piece is observed with the naked eye for any changes such as bubbling, cracking, discoloration or obvious light fading.

Determination steps of dry heat resistance test cup

1. Check the bottom of the copper test cup, and there must be no surface damage and adhesion.

2. Inject 100±1g of mineral oil.

3. Put the copper test cup on the electric furnace and heat until the oil temperature exceeds the specified temperature by 10°C (safety must be ensured during the heating process), place the test cup on the diaphragm heating pad with crucible tongs, let the oil temperature drop slightly, and constantly stir the minerals oil so that the oil temperature is evenly distributed.

4. When the oil temperature in the copper test cup reaches the specified temperature, move the test cup to the test area and let it stand for 15 minutes.

5. When the specified time is reached, take the test cup away, lightly test the test area with filter paper, and mark the test temperature. Let stand for 16-24h.

6. Lightly test the test area with filter paper, and inspect as required.

FAQ
QThe dry heat performance test pot is the same size as this NGG. I want a copper one to see if it is available.
A No, just this material.
QIs the material copper?
A There has been no copper, it is aluminum.