Máy kiểm tra tốc độ truyền oxy/hơi nước C403M

Lượt xem:
223
Thương hiệu:
Labthink - Trung Quốc
Giá:
Liên hệ

Máy kiểm tra tốc độ truyền oxy/hơi nước C403M dựa trên nguyên lý kiểm tra của cảm biến oxy điện hóa và cảm biến hơi nước hồng ngoại. Hệ thống được thiết kế và sản xuất theo các tiêu chuẩn như ASTM D3985, ASTM F1249 và ISO 15106-2. Nó cung cấp giải pháp kiểm tra tích hợp độ chính xác cao cho tốc độ truyền hơi nước và oxy của các vật liệu có rào cản cao và trung bình. Hệ thống được ứng dụng rộng rãi trong dược phẩm, thực phẩm, thiết bị y tế, hóa chất tiêu dùng hàng ngày, quang điện, điện tử và các lĩnh vực khác, giúp phát hiện chính xác hiệu suất truyền oxy và hơi nước của màng, bao bì, tấm và các vật liệu liên quan.

Product Features Note 1

Combining Tests of OTR and WVTR in One

The instrument can switch between OTR+WVTR combo test mode, OTR test mode and WVTR test mode freely, so as to satisfy varied testing needs.
One sample mounting can automatically start and accomplish the combo test of OTR and WVTR.
Both OTR and WVTR performances of the same sample can be accurately evaluated, avoiding sample contamination issues caused by instrument replacement.

Core Competence: Coulometric Oxygen Sensor

Equipped with a ppb-level coulometric oxygen sensor, Labthink's latest technical achievement, which can obtain a lower test limit.
Designed according to ASTM D3985 with absolute value test principle and no need for calibration.
Service life is three times that of traditional coulometric oxygen sensors.
Oxygen absorption rate is as high as 95~98% (within the range).

Core Competence: Infrared Water Vapor Sensor

Equipped with Labthink infrared water vapor sensor.
Designed according to ASTM F1249.
Non-consumable design ensures an ultra-long service life.
Features over-limit alarm and automatic protection functions.

Multi-dimensional Temperature and Humidity Control for Precise Data

360° airflow circulation constant temperature technology ensures superior temperature stability.
Automated control of carrier gas flow and temperature during testing ensures higher accuracy.
The NIST-standard humidity generation principle is applied for constant humidity.
Equipped with high-precision temperature and humidity sensors and control systems for real-time monitoring and recording of temperature and humidity changes.
Equipped with Labthink's independently developed gas purification system to remove trace oxygen from nitrogen, delivering ultra-pure nitrogen (optional).
The system can achieve higher test repeatability of 0.02 cc/(m2·day).

Independent Three-Cell Design Enables Efficient Testing

Drawer-style test cells with automatic sample clamping, saving time and effort, and providing superior sealing.
Three independent sets of 50 cm2 standard area test cells allow for parallel sample tests that meet standard requirements.
Simultaneous testing of three samples under the same conditions can be performed with independent data.
Within one test cycle, the number of samples tested is increased from two to three.

Intelligent Control System Lowers the Barrier to Operation and Maintenance

10" medical-grade touchscreen paired with desktop operating system offers a simple interface and convenient operation.
Fully automated testing requires no manual intervention; data is automatically saved.
The system is equipped with various sensors, providing intelligent alerts and enhancing operational safety.
The system has embedded functions such as calendar, Ulti-language switching and multi-level access control, etc.
The system has an embedded network port for convenient external access and data transmission, enabling remote upgrades.

Multi-instrument Collaborative Management for Large-scale Testing

Next-generation platform-based computer software enables a single computer control of one or several instrument hosts (optional).
Centralized platform-based management of test data.
Real-time display of transmission rate curves, transmission coefficient curves, temperature curves, and humidity curves.
Professional test mode provides flexible and comprehensive control functions to satisfy scientific research needs.
Complies with GMP requirements for data traceability, meeting the needs of the pharmaceutical industry(optional).
DataShield System facilitates centralized data management and integration with information system (optional).

Low-carbon and Energy-saving, with Strict Control over Overall Costs.

Variable frequency control technology is applied to achieve low-power system operation.
Low-energy-consumption components from world-renowned brands ensure stable and reliable performance.
Computer is nota must; the instrument can independently complete the entire testing process.
Without a professional constant temperature laboratory, stable test data can be obtained, reducing costs for laboratory construction and daily operation and maintenance.

Test Applications

Basic Applications	Films	Oxygen and water vapor transmission rate tests of various plastic films, plastic composite films, paper-plastic composite films, co-extruded films, metalized films, aluminum foil composite films, glass fiber aluminum foil paper composite films, and other film materials.
	Packaging	Oxygen and water vapor transmission rate tests of bottles, pouches, cans, boxes, and barrels made of plastic, rubber, paper, paper-plastic composite, glass, and metal, including pharmaceutical packaging, wine bottles, cola bottles, peanut oil barrels, Tetra Pak packaging, vacuum packaging pouches, three-piece cans, cosmetic packaging, toothpaste tubes, jelly cups, and yogurt cups, etc.
	Sheets	Oxygen and water vapor transmission rate tests for sheet materials such as PP sheets, PVC sheets, PVDC sheets, metal foil sheets, rubber sheets, and silicon wafers.
Extended Applications	Packaging Caps	Oxygen and water vapor permeability tests of the caps of various packaging.
	Solar Backsheet	Oxygen and water vapor permeability tests for solar back sheets and related materials.
	Pipes	Oxygen and water vapor permeability tests for PPR pipes and pipes made of various materials.
	Medical Blisters	Overall oxygen and water vapor permeability tests of medical blister packs.
	Vehicle Fuel Tank	Oxygen and water vapor permeability tests of plastic fuel tanks.
	Battery Housings	Oxygen and water vapor permeability tests for battery housings

Testing Principle

The pre-treated sample is clamped between the test chambers. Oxygen or nitrogen with stable relative humidity flows on one side of the film, and high-purity nitrogen flows on the other side. Oxygen or water molecules diffuse through the film into the high-purity nitrogen on the other side and are carried to the sensor by the flowing nitrogen. By analyzing the oxygen or water vapor concentration measured by the sensor, the oxygen or water vapor transmission rate and other results are calculated.

Reference Standards

ASTM D3985, ASTMF1307, GB/T 19789, GB/T 31354, DIN 53380-3, JIS K7126-2-B, YBB 00082003-2015

ASTM F1249, ISO15106-2, GB/T 26253, JIS K7129, YBB00092003-2015

Technical Parameters

Table 1: Test Parameters Note 2

Parameters\Model		C403M
Test Range	cc/(m²·day) (Standard area of 50 cm²)	0.05～200
	g/(m²·day) (Standard area of 50 cm²)	0.05～40
	cc/(m²·day) (MASK area of 5 cm²)	0.5～2000 (Optional)
	g/(m²·day) (MASK area of 5 cm²)	0.5～400 (Optional)
Resolution	cc/(m²·day)	0.0001
Resolution	g/(m²·day)	0.0001
Repeatability	cc/(m²·day)	0.02 or 1%, whichever is greater
Repeatability	g/(m²·day)	0.02 or 2%, whichever is greater
Temp. Range	℃	15～50
Temp. Fluctuation	℃	±0.2
Humidity Range	%RH	0%，35～90%±2%
Extended Functions	GP-02 Gas Purification Device	Optional
	DataShield^TM Data Shield ^{Note 3}	Optional
	GMP Computer System Requirements	Optional
	CFR 21 Part 11	Optional

*For users with special requirements, our companycan provide customized production within our capabilities to meet their needs.

Table 2: Technical Specifications

Test Cells	3 Sets
Sample Size	4.2” x 4.2”（10.6cm×10.6cm）
Sample Thickness	≤120 Mil (3 mm)
Test Area	50cm²
Gas Specification	99.999% nitrogen and 99.5% oxygen (gas source is to be provided by the user)
Gas Source Pressure	≥ 40.6 PSI / 280 kPa
Port Size	1/8” Metal pipe
Dimensions	30.7” H x 14.1” W x 26.7” D (78cm × 36cm × 68cm)
Power Source	120VAC ± 10% 60Hz / 220VAC ± 10% 50Hz (Select one from the two)
Net Weight	176Lbs (80kg)

Table 3: Product Configuration

Standard Configuration	Instrument host, sampler, vacuum grease, Φ4 mm polyurethane tube
Optional Parts	GP-02, software, computer, GMP computer system requirements, CFR 21 Part 11, air compressor, DataShield^TM ^{Note 3}
Note	The compressed air inlet of this instrument is a Φ4 mm polyurethane pipe (pressure ≥ 79.7 PSI / 550 KPa); the air source is to be provided by the user.

Note1: All product specifications shall be subject to the exact markings in the"Technical Parameters" table.

Note2: All parameters in the table were measured by professional operators at Labthink Laboratory in compliance with relevant laboratory environmental standards and conditions.

Note3: The DataShield^TM System provides secure and reliable data application support. This system can be shared by multiple Labthink products; please purchase optionally as needed.

Tập tin PDF:

Sản phẩm cùng loại

Chi tiêt Xem nhanh

Máy phân tích nguyên tố CHNS-O, lò đôi ESC 8020

Hãng sx: Khác

Máy phân tích nguyên tố CHNS-O model: ESC 8020 chuyên dùng để phân tích các nguyên tố: CHNS-O (Carbon-Hydro-Nitơ-Lưu Hùynh-Oxygen), CHN (Carbon-Hydro-Nitơ), CN(Carbon-Hydro), O(Oxyen), S(Lưu huỳnh) trong các loại mẫu như sau: Chất thải, cặn, rác, đất, trầm tích, các lọai thực vật, sinh khối, dầu và chất bôi trơn, xăng dầu và nhiên liệu, than, đất, phân bón, thức ăn chăn nuôi, hạt chứa dầu, nhựa, cao su, dược phẩm và các sản phẩm khác.

Liên hệ

Chi tiêt Xem nhanh

Thiết bị kiểm tra va đập bằng con lắc của Ray-Ran

Hãng sx: Ray-Ran (Industrial Physics) - Anh Quốc

Máy kiểm tra con lắc sử dụng công nghệ vi xử lý để xác định năng lượng cần thiết để làm vỡ hoặc phá hủy mẫu thử nghiệm trong nhựa hoặc gốm sứ. Thiết bị này có thể kiểm tra các bài thử Izod, Charpy hoặc Tension Impact, cũng như thực hiện kiểm tra ống có đường kính nhỏ và các bài kiểm tra va đập và thủng linh kiện.

Liên hệ

Chi tiêt Xem nhanh

Thiết bị vi xử lí đo lường độ tan chảy Ray-Ran MFR300

Hãng sx: Ray-Ran (Industrial Physics) - Anh Quốc

Thiết kế công thái học và dễ sử dụng - Với màn hình điện tử cảm ứng tiên tiến, Máy đo độ tan chảy MFR300 được trang bị nhiều tính năng để xác minh và xác nhận vật liệu mẫu một cách nhanh chóng và hiệu quả.

Liên hệ

Chi tiêt Xem nhanh

Thiết bị vi xử lý đo lường chỉ số tan chảy Ray-Ran MFR200

Hãng sx: Ray-Ran (Industrial Physics) - Anh Quốc

Nhựa nóng chảy được ép qua một khuôn điều khiển và bằng cách đo thời gian cần thiết để ép, chỉ số chảy (Melt Flow Rate - MFR) hoặc tỷ lệ dòng chảy khối lượng nóng chảy (Melt Mass Flow Rate) tính bằng g/10 phút có thể được xác định.

Liên hệ