Equipo de prueba de torque HP-200

El probador de torque para bebidas de instrumentos de empaque sirve para probar la fuerza de bloqueo y el apriete del atornillado, y la fuerza de desenroscado, de las tapas de botellas, tubos, picos, etc.

El probador de torsión es profesionalmente adecuado para probar el valor de torsión de las tapas de productos de embalaje como botellas, botellas de bebidas, botellas de agua mineral y botellas de leche. Es un instrumento de configuración ideal para pruebas en línea o fuera de línea de unidades de producción en la industria del embalaje.

El probador de torque automático HP-D1 HP-D1 es una innovación para probar el torque de la tapa para detectar el rendimiento de sellado de contenedores de embalaje, como botellas de plástico, cajas de líquidos, latas, etc.

El probador de impacto de dardo de caída GBD-L prueba la resistencia al impacto de varias películas, láminas metálicas, etc., ampliamente utilizado en industrias de embalaje, películas plásticas, laboratorios, institutos de investigación, agencias de inspección, etc.

Vertical Counter‑Pressure Retort LS‑35L/50L/75L/100L | Dual‑Mode Sterilization for Food Packaging Aseptic Testing LS‑series Vertical Counter‑Pressure Retort for Food Packaging Sterilization & Laboratory Aseptic Validation Product Introduction Reliable dual‑mode counter‑pressure sterilizer tailored for food packaging quality control & lab aseptic evaluation. The vertical counter‑pressure retort is a medium‑small‑size mechanically program‑controlled counter‑pressure sterilization equipment. The sterilizer adopts electric heating mode. Water is directly injected into the sterilizing chamber and heated to generate high‑pressure steam required for sterilization to disinfect articles. After sterilization is completed, external compressed air and water pressure are applied for rapid cooling within 3 minutes, cooling internal articles down to 30‑40℃. Equipped with program control, it supports two operation modes: boiling disinfection and pressure sterilization with rapid cooling. Boiling temperature can be set ≤100℃. The rapid‑cooling pressure sterilization temperature is pre‑selectable within 101℃‑135℃. It is integrated with heater overload protection and buzzer alarm upon sterilization completion. Featuring simple operation and high safety reliability. This unit is suitable for disinfection and sterilization of food packaging, utensils and instruments. It is an ideal device especially for aseptic tests in food research institutions. Working Principle Dual‑sterilization logic enables boiling disinfection & high‑pressure counter‑pressure sterilization, simulating real‑world thermal processing conditions for flexible packaging samples. This equipment is designed with two disinfection & sterilization principles to deliver dual‑function performance for customers. The heater directly heats water to produce pressurized steam. The pressurized steam acts on microorganisms on samples and destroys their structures to realize sterilization. When rapid‑cooling sterilization program starts, 6 liters of tap water is first injected into the chamber. After around 25‑minute heating process, it enters sterilization holding stage with sterilization duration of 35‑40 minutes. When sterilization finishes, 0.24 MPa compressed air and tap‑water pressure are manually fed into the chamber, then half‑open the drain valve to discharge water and implement counter‑pressure cooling for flexible packages and other specimens. Rapid cooling lasts for 3 minutes. Manually cut‑off compressed air and tap‑water supply, and internal articles can be cooled down to 30‑40℃. Core Advantages Dual‑mode operation: boiling disinfection & counter‑pressure pressure sterilization Ultra‑fast 3‑minute counter‑pressure cooling to avoid flexible pouch deformation Heater overload protection & buzzer alarm when sterilization cycle completes Multiple chamber volume options:35L‑50L‑75L‑100L for different test throughput Mechanical program control, easy operation for laboratory staff Technical Parameters Item Specifications Max Working Pressure 0.22 MPa (30 Psi) Max Working Temperature 135℃ Sterilization Temperature Selection 101‑135℃ Boiling Temperature Selection ≤100℃ Timer Range 1‑60 min Effective Chamber Volume 35L, 50L, 75L, 100L Power / Power Supply 2.5 KW / AC220V, 50Hz; 3 KW / AC220V, 50Hz; 4.5 KW / AC220V, 50Hz Overall Dimension 570×550×970 mm(35L);590×590×1110 mm(50L);650×630×1150 mm(75L);680×650×1220 mm(100L) Gross / Net Weight 56/42 kg(35L); 68/50 kg(50L); 90/70 kg(75L); 105/85 kg(100L) Application Scenarios Widely adopted in food R&D laboratories, packaging manufacturers and quality inspection institutes for sterilization and thermal‑resistance assessment of flexible food packaging materials. Disinfection & sterilization for food flexible packaging, containers and lab utensils Aseptic test and thermal resistance evaluation for food packaging samples Sterilization for laboratory instruments and small‑batch food test specimens Get Custom Solution & Quotation GBPI Packaging Test EquipmentOfficial Website: www.gbpitester.com

Perfil del producto • The W416 2.0 Infrared Method Water Vapor Transmission Rate Tester is a high-end precision testing instrument for packaging materials, newly developed and upgraded by Guangzhou Standard International R&D Team in full compliance with the requirements of **GB/T 26253** and **ASTM F1249** standards as well as market demands. • Based on the testing principle of infrared moisture analysis sensors, it provides wide-range, high-efficiency water vapor transmission rate (WVTR) testing for high, medium and low barrier materials. • It is suitable for testing the water vapor transmission performance of films, sheets, papers, packages and other related materials in industries such as food, pharmaceuticals, medical devices, daily chemicals, photovoltaic electronics, etc. • It is an ideal offline or online configuration instrument for manufacturers in the packaging industry to test the barrier performance of packaging materials. Testing Principle The W416 2.0 Water Vapor Transmission Rate Tester adopts the infrared method principle: 1. Fix the pre-treated sample in the middle of the test chamber, dividing the chamber into a high-humidity chamber and a low-humidity chamber. 2. Compressed air flows through the high-humidity chamber, while dry nitrogen (carrier gas) flows through the low-humidity chamber at a constant flow rate. 3. Due to the humidity gradient, water vapor penetrates from the high-humidity chamber to the low-humidity chamber. 4. The water vapor passing through the sample is carried to the infrared sensor by the flowing dry nitrogen. 5. Parameters such as the sample’s water vapor transmission rate are derived from the electrical signal output by the sensor. Working Principle Diagram of Infrared Method Standards • ISO 15106-2 • ISO 21760-1 • ASTM F1249 • GB/T 26253 • JIS K7129-2 • Chinese Pharmacopoeia 2025 Edition <4010 Determination of Water Vapor Transmission Rate of Pharmaceutical Packaging Materials> • YBB 00092003 Technical Parameters Item Technical Parameter Test Range 0.002 ~ 100 g/(m²·24h) Repeatability The greater value between 0.005 or 2% Resolution 0.0001 g/(m²·24h) Temperature Control Range 15 ~ 45℃ Temperature Control Precision ±0.1℃ Humidity Control Range (5 ~ 90)%RH, 100%RH Humidity Control Precision ±1%RH Test Area 50.24 cm² Sample Size Φ100 mm Sample Thickness ≤ 3 mm Sample Quantity 6 pieces Carrier Gas 99.999% Nitrogen (provided by the user) Carrier Gas Pressure ≥ 0.1 MPa Carrier Gas Flow Rate 5 ~ 100 mL/min Pneumatic Pressure ≥ 0.3 MPa Dimension 1140mm × 600mm × 440mm Weight 55 kg Power 750 W Power Supply AC 220 V, 50 Hz Product Features • Patented Sensor Technology for Efficient and Accurate Testing - The high-precision infrared moisture sensor is jointly developed with top foreign technical teams, featuring ultra-high stability, ultra-low failure rate, high sensitivity, and a resolution of up to 0.0001 g/(m²·24h). - Equipped with a brand-new pneumatic air circuit control system, the automatic fixture locks the sample with one key, ensuring convenient operation and excellent sealing performance. • Full-Automatic Precision Temperature and Humidity Control - Temperature Control: The semiconductor cooling chip realizes bidirectional automatic temperature control with a precision of ±0.1℃. - Humidity Control: Adopts dual-airflow (dry and humid air) humidity control method for stable and high-precision humidity regulation, with an accuracy of ±1%RH. • Wide-Range Testing with High Applicability - The instrument is equipped with 6 independent test chambers, meeting high-throughput testing requirements with high efficiency. - Boasts a wide test range with a lower limit of 0.002 g/(m²·24h), suitable for testing various high, medium and low barrier materials. With customized accessories, it can also test the water vapor transmission rate of containers such as bottles, bags and bowls. • User-Friendly Operation with Real-Time Visual Curves - Supports fully automatic operation, including one-key testing, automatic judgment and automatic shutdown. - Real-time displays five sets of curves: transmission rate vs. time, temperature vs. time, humidity vs. time, flow rate vs. time and voltage vs. time, with preview and hide functions available for the curves. • Intelligent Operating System with Global Certification - Self-developed intelligent operating system with modular graphics, allowing flexible setting of test procedures and parameters for intuitive and convenient operation. - Designed in accordance with the *Annex to GMP <Computerized Systems>*, it has an audit trail function and multi-level user permission settings, meeting the data traceability requirements of the pharmaceutical industry. - Supports customized test report settings, multiple data output formats, electronic signatures and online submission of audit reports. • Professional Calibration Service for Accurate and Reliable Data - Our company holds the National Standard Substance Grading Certificate for water vapor transmission rate, approved and issued by the General Administration of Quality Supervision, Inspection and Quarantine of the People's Republic of China, with standard substance numbers (GBW(E)130543 / GBW(E)130544). - The instrument is calibrated and verified using self-developed national standard substances to ensure the accuracy, universality and authority of test data. • Intelligent Laboratory IoT Platform - The instrument can be connected to the IoT platform to realize network digital management. - Remote authorized login to the IoT platform enables functions such as managing test data and remote fault diagnosis. - Customers can download required instrument data, documents and operation videos on the platform independently.

Descripción del producto El comprobador de permeabilidad al aire para separadores de baterías N600E está diseñado y desarrollado de acuerdo con normas como la GB/T 36363-2018. Adoptando el método de presión diferencial como principio de prueba, se utiliza profesionalmente para comprobar la permeabilidad al aire de separadores de baterías, películas transpirables y materiales poliméricos relacionados. Principio de prueba En un entorno con temperatura, humedad y presión normal controladas, el probador mide el tiempo necesario para que 100 mL de aire pasen a través de un separador de 6,45 cm² bajo una presión aplicada de 1,21 kPa. Estándares ejecutados GB/T 36363-2018, ISO 5636-5:2003, TAPPI T460 Parámetros técnicos Artículo Parámetros técnicos Campo de pruebas 60~12000 s/100 ml Resolución 0,1 s/100 ml Rango de presión 0~5 kPa Resolución de presión 0,001 kPa Área de prueba 6,45 cm² Tamaño de la muestra >50 mm × 50 mm Dimensiones del instrumento 450 mm × 400 mm × 300 mm Fuerza 100 vatios Fuente de alimentación 110~250 VCA, 50~60 Hz Características del producto • La presión diferencial del instrumento es ajustable dentro del rango de 0 ~ 5 kPa, con una precisión de 0,001 kPa, cumpliendo completamente con los requisitos de presión de prueba de diferentes métodos;• Admite visualización de múltiples unidades (s/100 ml y μm/(Pa·s));• El rango de prueba se puede personalizar de acuerdo con los diferentes requisitos de la muestra;• Excelente hermeticidad;• Ajuste de presión arbitrario, funcionamiento completamente automático y medición y cálculo automáticos de resultados;• Equipado con una pantalla táctil a color, no requiere computadora externa, lo que permite la observación en tiempo real de la permeabilidad del aire de la muestra;• Microimpresora incorporada para la impresión en tiempo real de informes de prueba;• El software de la computadora superior está diseñado de acuerdo con el nuevo Apéndice GMP "Sistemas informatizados", admitiendo funciones como gestión de permisos jerárquicos, registro de auditoría y firma electrónica (opcional).

GB-MH180 Máquina de prueba de ajuste del respirador es un instrumento especializado para mmediring la relación de fuga de la concentración de polvo cuantitativamente dentro y fuera de la máscara t o seleccione la máscara ajustada y verifique las fugas, que sea compatible con los requisitos de OSHA y GB 19083-2010. La Máquina de prueba de ajuste del respirador se usa ampliamente en lugares de trabajo como hospitales, fábricas plantas, sitios de producción y otras instituciones de prueba.

Analizador de permeabilidad al aire N900 para probar la permeabilidad al aire de muchos textiles, incluidos tejidos técnicos, productos textiles no tejidos y transpirables.

Introducción Basado en el principio de prueba del método de presión diferencial, el N530 está diseñado con referencia al estándar GB/T 1038 y se utiliza para probar la tasa (cantidad) de transmisión de gas de materiales de película o lámina.

La identificación y cuantificación de disolventes de impresión residuales en materiales de embalaje sintéticos son muy importantes para los proveedores de materiales de embalaje, los impresores y los usuarios de embalajes de productos alimentarios y farmacéuticos.