Машина для испытания покрытия JM-TBU-S2T

Введение
Аргумент

Применения продукта:

Тестер покрытия JM-TBU-S2T используется для испытания образцов покрытия красок, клеев, клеев горячего плавления, проводящих материалов, наноматериалов и т.д. на таких материалах, как бумага, нетканые ткани, стекло, медная фольга и алюминиевая фольга.

Поскольку основные факторы, влияющие на покрывающую пленку, включают скорость покрытия и давление, применяемое на покрывающую машину, ручное покрытие часто демонстрирует несоответствия, особенно между различными людьми, что затрудняет сравнение результатов испытаний между образцами. Эта машина для испытания покрытия имеет автоматическое покрытие, регулируемую скорость покрытия и количественно регулируемое давление покрытия. Это в основном устраняет недостатки ручного покрытия. Он может производить влажные пленки с хорошей повторяемостью и точной толщиной пленки, обеспечивая таким образом стабильные образцы покрытия для измерения и исследования различных свойств покрытия.

Параметры производительности:

1. Технические характеристики хоста

Тип машины	Плоская панель
Метод покрытия	Wire rod/Four-sided scraper/Adjustable scraper/Slit scraper (optional)
Coating speed	1-2000mm/min can be set arbitrarily.
Effective coating size	300×400mm
system	Test Control System
Sample clamping method	Vacuum adsorption/non-woven fabric clamp/mechanical clamp (optional)
pressurization method	Vertical pressure application of weights / lever pressure application
Control method	touchscreen
Platform Material	Abrasive steel/glass platform/vacuum adsorption platform/marble platform (optional)
Mold steel platform processing	Quenching treatment + mirror polishing + chemical plating
Flatness of mold steel platform	±2.5 micrometers (effective width within 300mm, effective length within 400mm, heating temperature within 200 degrees Celsius)
Case material	304 stainless steel
Transmission system	Double slide rail + ball screw + timing belt
Feeding method	Manual feeding (standard); syringe-type automatic feeding/gear pump-type automatic feeding (optional)
External dimensions	650X400X400mm
The host uses a power supply	220V/50Hz, 180W power

2. Coating Method Parameters (items marked with √ are included in the quotation)

2.1 Adjustable Scraper

thickness	10-3000um (other thicknesses can be customized)
scraper material	Imported stainless steel
scraper connector	2-in-1 multi-functional connector
scraper movement	direct push
Display method	Digital display
Adjust display precision	0.001mm
Scraper straightness	±0.002.5mm (within a length of 300mm)
How to connect the scraper to the base	split type

2.2 Four-Sided Scraper

Effective coating length	90mm, 180mm, 280mm (custom sizes required)
Coating thickness range	(5.10.15.20)(10.15.20.25)(25.50.75.100)(30.60.90.120) (50.75.100.150.)(100.150.200.250)(250.500.750.1000) (100.150.250.300)(100.200.300.400) (Other specifications can be customized)
Material	Japanese imported stainless steel
accuracy	≤2um (100mm) ≤3um (200mm)

2.3 Bar

Effective coating length	Total length 250mm, effective length 200mm; Total length 400mm, effective length 310mm (Other specifications can be customized)
Material	Stainless steel
accuracy	≤0.5um (200mm) ≤1um (300mm)
structure	Japanese OSP uses an integrated extrusion process, while American RDS uses a wound rod.
brand	Domestic Japanese OSP, American RDS
Coating accuracy error	<1um
Coating thickness range	1.5-200um (specialized light rods can achieve below 1 micrometer)

3. Optional Sample Clamping Methods

type	Vacuum adsorption
use	Used for securing substrates that cannot flatten themselves and for easy handling of rigid materials such as copper foil, aluminum foil, plastic sheets, and glass.
Material	Die steel quenching treatment + mirror polishing + chemical plating
Vacuum adsorption pore size	0.45mm
Platform flatness	±2.5 micrometers (effective width within 300mm, effective length within 400mm, heating temperature within 200 degrees Celsius)
vacuum pump	External water circulation vacuum pump
power supply	150-220V 50Hz 380W

4. Selection Of Heating Method

4.1 Base Plate Heating

use	It is used to keep the coating liquid warm during the coating process for coating materials that need to be fluid at a certain temperature, so as to ensure the fluidity of the coating liquid and dry the coated sample.
heating plate type	Integrated heating plate
Heating power	2500W
Temperature range	Ambient temperature -200℃, temperature can be set.
Temperature uniformity	±2.5℃
Platform flatness	±2.5 micrometers (effective width within 300mm, effective length within 400mm, heating temperature within 200 degrees Celsius)
power supply	220V/50Hz

4.2 Top Heating

use	Used for rapid shaping of samples or drying of coated samples.
heating plate type	Infrared heating
Heating power	800W
Temperature range	Ambient temperature - 100℃ (temperature can be set)
Temperature uniformity	±2.5℃
Heating method	Infrared + hot air
Platform flatness	±1 (effective width within 300mm, effective length within 400mm, heating temperature within 200 degrees)
power supply	220V/50Hz

4.3 Hot Air Heating

use	Used for timely drying of samples during coating process, and for inert gas protective coating.
Heating type	hot air
Heating power	1200W
Temperature range	Ambient temperature - 100℃ (temperature can be set)
Temperature uniformity	±2.5℃
Heating method	Heat source + pressure source + air knife
stress source	Compressed air/nitrogen/other protective gases
Air knife wind speed adjustment method	float flow meter
Platform flatness	±1 (effective width within 300mm, effective length within 400mm, heating temperature within 200 degrees)
power supply	220V/50Hz

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Машина для испытания покрытия JM-TBU-S2T

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