Industrial Machinery & Equipment

Application field Aerospace field: Application field of thermal vacuum test equipment. During the development and testing of spacecraft, it is used to simulate the high vacuum and extreme temperature environment in space to verify the performance and reliability of spacecraft and their components under these conditions. For instance, satellites, spaceships, detectors and other spacecraft all need to undergo thermal vacuum tests before being launched to ensure their normal operation in space. The electronics and semiconductor industry: Electronic components and chips need to be tested and packaged under specific temperature and vacuum conditions to ensure product quality and reliability. Materials Science: This device studies the physical and chemical properties of materials under extreme conditions, which is conducive to the development of new materials, such as high-temperature superconducting materials and radiation-resistant materials, to meet the needs of specific fields. The automotive industry: Automotive components (such as engine parts, sensors, etc.) need to be tested under specific temperature and vacuum conditions. Thermal vacuum testing equipment provides the necessary conditions for such tests, ensuring their performance and reliability in various environments. Military and national Defense: The military and national defense fields have extremely high requirements for the reliability and durability of equipment. Thermal vacuum test equipment can test the performance of military equipment (such as missiles, radars, etc.) under extreme conditions, ensuring their reliability on the battlefield.If you need more information about the models of our testing equipment. Please contact me.https://www.chamber-testing.com/ Technic , al Specifications Capacity：0.5 m³ to 2.65 m³(Customizable) High Vacuum Level (mbar)：5.0×10−7 No-load Vacuum Level (mbar)：5.0×10−7(Room temperature) Vacuum Cube Leak Rate：1×10−9std/cc/sec Pressure Regulation in Multiple Ranges (mbar/Torr)：Adjustable Temperature Range： -190°C(LN2 cooling) to 150°C Temperature Uniformity：±2℃

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DESCRIPTION How can you make sure that aeronautical materials and components function properly even at high altitudes? Airplanes are designed to fly over land and water carrying people and goods, reaching very high altitudes and withstanding shocks and turbulence. For this reason, the reliability of their components and materials is - literally - of vital importance! You need to make sure that any elements function properly at high altitudes and withstand sudden changes in pressure. If you need more models about our test equipment, please reference our https://www.chamber-testing.com/ solutions for altitude testing To meet all testing needs, the range of altitude chambers is available in both thermostatic (temperature and pressure control) and climatic (temperature, pressure and humidity control) versions.   Structure: Heated inspection window: a fully transparent double heating film allows the test compartment to be easily and clearly inspected and prevents condensation from forming on the glass. Self-levelling feet with excellent adherence and stability. Rounded corners allow better drainage of condensation drops and easy cleaning. A simple and reliable cooling Technical Specifications Temperature Range: -70°C to +180°C Altitude Simulation: Sea level to 43,000m (110-0.1 kPa) Rapid decompression: Achieve 16,800m pressure differential (4,550m → 21,350m) within 15 seconds Humidity Range: 10% to 98% RH Chamber Capacity: 10 to 100 m³ (customizable) Noise test：≤ 75dB Patent Number: CN201520670413.0

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The climate test chamber is a device that simulates various environmental climates, as well as transportation, handling, vibration and other conditions, to verify the quality of raw materials, semi-finished products and finished products. It is widely applied in numerous fields such as colleges and universities, aviation, aerospace, military, shipbuilding, electrical engineering, electronics, medical care, instruments and meters, petroleum instruments, petrochemicals, automobiles and motorcycles, etc. Working principle: It consists of two parts: temperature regulation (heating and cooling) and humidification. The air is discharged into the box by the rotating fan installed at the top of the box to achieve gas circulation and balance the temperature and humidity inside the box. The data is collected by the temperature and humidity sensors built into the box.If you need more information about the models of our testing equipment. Please contact me.https://www.chamber-testing.com/ Functio , nal features: It has the functions of setting the fixed temperature and slope. It has the functions of holding, segment skipping, waiting box and two sets of time signal output. It has the function of cold box/hot box start-up selection; It has an RS-232 communication interface, allowing for program design, monitoring, etc. on a computer. The precision range of some products is set with a precision of ±0.1 for temperature and ±0.1%R-H for humidity, and the indication precision is also ±0.1 for temperature and ±0.1%R-H for temperature. An imported microcomputer integrated humidity and temperature controller is adopted (the temperature directly displays the percentage).

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Application  Altitude Chamber for Electrical,electronic,military industry and household products. Design team according to GB,GJB and IEC standard,to do Low pressure altitude testing chamber high low temperature,humidity thermal,low pressure and other environmental and reliability test. General introduction:  Altitude Chamber  is composed of test room formed by pressure-containing box shell and insulation structure, refrigeration system, add wet system,vacuum system and electric control system and other components. can simulate temperature, humidity, altitude and vibration simultaneously to the maximum extent, to conduct a combined environmental system. Mainly used to simulate plateau climate or aviation and aerospace industry.If you need more models about our test equipment, please reference our https://www.chamber-testing.com/ Standards GB10590-89 Low-temp/low-pressure testing GB15091-89 High-temp/low-pressure testing GB11159-89 General low-pressure testing GB/T2423.25-1992 Temp/pressure combined testing MIL-STD-810H Military equipment environmental engineering RTCA DO-160G Avionics equipment testing IEC 60068-2-41 Combined temp/low-pressure testing IEC 60068-2-13 High-temp/low-pressure testing ASTM E595-07 Outgassing under thermal vacuum ISO 7137:1995Aircraft environmental conditions

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The performance of the thermal vacuum test chamber is used to measure the working parameters and environmental parameters of the spacecraft or its components under simulated space conditions, so as to ensure their proper operation in the actual space environment. This includes monitoring the internal and external temperatures of the spacecraft, recording changes in working parameters, and evaluating the effectiveness of the thermal control subsystem. Through these tests, the rationality of the spacecraft's design can be verified, potential defects can be identified, and its reliable operation in the actual space environment can be ensured. Cycle frequency and duration Thermal vacuum tests usually involve multiple temperature cycles, each cycle including a holding stage of high and low temperatures. For example, the cycle frequency requirement for the qualification level test is at least 9.5 times, while the cycle frequency requirement for the acceptance level test is at least 3.5 times. In each cycle, the duration of the high and low temperatures is typically 8-12 hours.If you need more information about the models of our testing equipment. Please contact me.https://www.chamber-testing.com/

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temperature humidity chamber is used to simulate the combination of temperature and humidity of the product in a climatic environment (high and low temperature operation, storage, temperature cycling, high temperature and high humidity, low temperature and low humidity, dew testing, etc.). Suitable for aerospace products, information electronic instruments, materials, electrical, electronic products, all kinds of electronic components at high and low temperatures to test their performance indicators.If you need more models about our test equipment, please reference our https://www.chamber-testing.com/ Features: < , br>1.Monolithic structure with inner walls formed by special rolling technology and seamless TIG welding, ensuring an aesthetically sleek design. The door lock employs a 2.-driven opening mechanism. 3.Chinese-language color LCD touchscreen HMI paired with a high-performance programmable logic controller (PLC) and custom-developed software by Hardy Test Chambers, offering automated, intelligent, and user-friendly control. 4.Control modes: Constant operation mode, program operation mode. 5.TEST EQ patented "Cold and heat balance technology” reduces energy consumption by over 30% during low-temperature stabilization. 6.Refrigeration compressors and critical components sourced from internationally and domestically renowned brands ensure long-term reliability. Uses eco-friendly refrigerants compliant with international environmental conventions. 7.Humidification system incorporates TEST EQ patented technology. 8.Equipped with an RJ45 communication interface and remote control system (supports Modbus/OPC protocols for open data transmission). 9.Exterior finished with electrostatic powder coating; body in "TEST EQ White" and door in "TEST EQ Blue." 10.TEST EQ patented Cold Well Adsorption Anti-Condensation Function (optional).

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Industry-Leading Contamination Removal for Lithography, Optics & Wafer Processing This equipment adopts an innovative inclined sealing structure (patented design-Thermal Vacuum/Lithography/UHV). Through the gravity-adaptive cover plate and double-ring sealing ring interlocking technology, it can maintain a stable vacuum level (≤10⁻⁶ Pa), solving the problem of reduced cleaning efficiency caused by sealing failure in traditional equipment. It integrates a dual-fluid spray system (sodium hydroxide + deionized water), supporting non-destructive cleaning in a high-temperature (350℃) vacuum environment, avoiding thermal stress deformation. It is suitable for the maintenance of high-precision components such as mask plates, lens groups, and vacuum pump components of lithography machines, significantly improving chip yield and equipment lifespan.If you need more information about the models of our testing equipment. Please contact me.https://www.chamber-testing.com/a/d/Thermal , -Vacuum-Cleaning-System.html

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Greentech International (Zhangqiu) Co., Ltd is the professional roots blower supplier. The NSRH type clover spiral Roots blower on the basis of the manufacture and sale of a Roots blower for many years the development of new products using new technology. The machine through the use of new lines on the impeller, the overall adiabatic efficiency and volumetric efficiency is further improved, and is excellent particularly in the fan of the air volume and pressure characteristics. So-called excellent efficiency is the amount of heat generation of the wind turbine itself is reduced, i. e. The temperature rise dropped, the various models using the exhaust pressure in the dry state is up to 1kgf/cm2. Duty: Bore: 50 ~ 300mm Flow capacity: 0.5 ~ 134.1m3/min Pressure rise: 9.8kPa~98.8kPa Vacuum: -49kPa Application: Mainly used in sewage treatment (aeration), powder conveyor (cement, feed, etc. ), combustion furnace, washing, vacuum packaging. Features of Series NSRH Tri-Lobe Roots Blower: 1. Each model has a performance table and standard specification, easy to select fan model; 2 Including attachments, fan body to standardize. Mass production system, to be able to meet your requirements at any time; 3. Because there are good helix structure, and using the same fan matching a muffler with a silent air cleaner, the operating noise of the fan is much lower than in the past; 4. Rotor is fully machining precision products. Has been made in the manufacture of the complete dynamic balance, almost no vibration. 5. To take a small design, small mounting area.Greentech Industry (Jinan) Co., Ltd. Greentech International (Zhangqiu) Co.,Ltd Tel:+86-531-83117088, 83270018 Skype: guanglin_jiang WhatsApp: +86-13869171699 Email: greentech@vip.163.com http://www.china-blower.c , om www.facebook.com/100026385873611 www.tikt , ok.com/@davidlau965 www.youtube.com/@gaoanna-s7 , u https://www.instagram.com/gaoanna77/ www.greentechblower.com

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1.1Main functions This device can achieve functions such as automatic discharge, feeding, coiling, tightening, and cutting of disorderly tie straps, as follows: 1.Put the disordered zip ties into the automatic discharge device to transport the zip ties through the pipeline to the gun head; 2.Manually buckle the board machine to achieve automatic feeding, winding, tightening, cutting, and collecting of waste materials, and strictly prohibit waste materials from entering the two components during the collection process; 3.After cutting the thread, tie the head and leave a tail of 1-3mm; 1.2Main components of the equipment

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Specification: 1, Hexagonal free mode servo terminal crimping machine 2, Free mode servo terminal crimping machine 3, Servo terminal crimping machine Product Parameters Power：220v50Hz Weight：160kg Dimensions：700×860×1260mm Crimping force：200KN Stripping length：1.5-10mm Diameter. Max：38mm Crimping width：12.5mm (Can be special ordered )

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The WHD1000 belongs to YZH's WH Series Breaker Booms, primarily designed for secondary crushing operations in mining and similar scenarios. Below is a detailed introduction covering its features, advantages, and specific case studies: Main parameters of WHD1000 Pedestal Rockbreaker: Model No. WHD1000 Boom weight(without hammer) 10930KG Max.Horizontal Working radius 12530mm Max.vertical working radius 9350mm Min.vertical working radius 4000mm Max.Height 8620mm The Features of WHD1000 Pedestal Rockbreaker: This robotic arm employs an electro-hydraulic drive system paired with a dedicated power unit, achieving optimal efficiency between the working arm and hydraulic hammer. Its boom is constructed from rectangular steel, featuring large-diameter cylinders and reinforced pins. The slewing motor incorporates a buffer brake, complemented by a high-performance shock absorption system that minimizes impact loads during operation. It supports multiple control methods including cab operation, wireless remote control, and fiber-optic 5G remote operation. Remote control range extends to 10-20km, with flexible control enabling precise positioning. Its modular design accommodates various front-end tools like hydraulic hammers and lotus claws, adapting to different tasks such as crushing and grabbing. The Benefits of WHD1000 Pedestal Rockbreaker: First, energy-efficient and economical—its motor-driven system produces zero emissions, reducing energy consumption by over 60% compared to traditional diesel equipment. Operating costs are only one-sixth of fuel expenses for excavators of equivalent power. Second, high efficiency with low failure rates —equipped with a premium hydraulic breaker, it boosts crushing output by 20% while reducing failure rates by 85% compared to conventional diesel units, ensuring uninterrupted operation. Third, strong adaptability enables long-term operation in harsh environments like corrosion, explosion-proof zones, and high altitudes. Customization is available based on client conditions and environmental factors. Fourth, low maintenance costs stem from optimized structural design and reliable core components, facilitating easy upkeep while reducing crusher wear and extending the entire production line's lifespan. The Application of WHD1000 Pedestal Rockbreaker: Hongshi Cement Group Customization Case: Hongshi Cement Group has repeatedly customized this series of fixed mechanical arms for raw material crushing in cement production. Installed at the crusher feed hopper, the arms specifically handle large, hard rock blockages, preventing production line shutdowns due to material jams. This improves workers' operating environment, ensures production continuity, and significantly boosts overall cement production efficiency. Large Mining Group Application Case: In mining projects for major state-owned enterprises like China National Gold Group and Jinchuan Group, the WHD1000 and its series of robotic arms are deployed at locations such as the feed openings of underground mine skip hoists and the grid openings of open-pit quarries. By performing secondary non-explosive crushing of large ore blocks, it resolves efficiency issues caused by material blockages in mining operations. The remote control mode eliminates personnel exposure in high-risk zones, significantly enhancing mining safety. Metallurgical Industry Application Case: Some metallurgical smelters install this robotic arm beside metallurgical furnaces to process ladle slag. Its powerful crushing force rapidly breaks down large slag chunks, while its quiet hydraulic vibration crushing mode meets environmental requirements in metallurgical workshops. The modular design enables quick tool switching to adapt to different slag processing scenarios, ensuring smooth smelting processes.

Safety Features 1.Battery-Specific Thermal Management: •Dual-compressor cascade cooling (-40°C stability) and ceramic heaters for rapid high-temperature recovery. 2.Precision Electrochemical Control: •Integrated battery cyclers with CAN/Modbus protocols, supporting SOP (State of Power), SOH (State of Health), and DCR (Direct Current Resistance) monitoring. 3.Safety-Centric Design-meet Hazard level: • chambers are designed with Fire-resistant stainless steel interior, fire suppression,nitrogen purge system, and emergency power cutoff for thermal runaway prevention . 4.Data Acquisition & AI Analytics: •Real-time logging of voltage, current, temperature, and pressure via LabVIEW/Python APIs. AI-driven anomaly detection reduces test cycles by 30%. If you need more information about the models of our testing equipment. Please contact me.https://www.chamber-testing.com/ Test-Chambe , r.html 5.Ener , gy Efficiency and Energy storage: •Heat recovery during discharge cycles cuts energy use by 25% (ISO 50001 compliant). Standards Compliance 1.Global Safety: •UL 2054:2025 (Household Batteries), IEC 62133-3:2024 (lithium ion batteries systems). 2.Automotive: •SAE J2464 (Abuse Testing), GB/T 31485 (EV(Electric vehichles) Battery Safety). 3.Industrial: •ISO 12405-4 (Performance Testing), UN 38.3 (Transportation) . 4.Sustainability: •EU Battery Regulation 2025/07 (Carbon Footprint Tracking), REACH SVHC compliance.

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Application professional Walk In ess chamber controlled environmental chambers temperature cyclic stress screening is to change the external environmental stress by using the temperature acceleration technique (the product produces alternating expansion and contraction when circulating in the upper and lower extreme temperatures) under the design strength limit, so as to generate thermal stress and strain in the product. Feature Walk In ess Chamber simulate rapid temperature transition rates for faster product temperature changes based on your testing requirements – testing your products and yielding defects faster. feature enhanced air flow with larger compressors for change rates to 15C/min and higher. climatic test chamber support reach in, walk in, drive in and custom fast change rate test chambers that are designed for your specific.If you need more models about our test equipment, please reference our https://www.chamber-testing.com/ Can set the temperature variable rate of the different stress screening Can perform a rapid temperature change (ESS), condensation test, high temperature and humidity test, temperature and humidity cycling test, etc. Meet requirements of stress screening test（ESS Test） for electronic equipment Test methods:Switching temperature & average temperature Support variety of stress screening (fast temperature change rate) 5deg C/min,  10deg C/min,  15deg C/min experimental conditions Meet Standards for electronic equipment MIL-STD-2164, MIL-344A-4-16, MIL-2134A- 19, NABMAT-9492, GJB-1032-90, GJB/Z34-5.1.6, IPC-9701....ETC. Have 2 test methods:          ①temperature test           ②average temperature test   With aluminum sheet test machine load capacity (non plastic load) Single machine can perform fast temperature change (ESS), condensation test, high temperature and humidity test, temperature and humidity cycling test, etc. Following sample load customized with a large ESS Chamber Built in two-way USB2.0 portable storage interface (can copy the test curve and load the test program) Complete real-time test curve analysis shows that no time limit Can be integrated with the E management system to monitor the management system Multi-language selection: Chinese, English, Russian, Korean, Japanese, German  multilingual language switching.

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Vacuum environment simulation In the thermal vacuum test, the first step is to simulate the vacuum environment of space. When spacecraft operate in space, there is almost no air around them, meaning they are in a high vacuum state. To simulate this environment on the ground, a vacuum system is used, including vacuum pumps, gas condensers, and pressure sensors, etc. The gas inside the test chamber is evacuated to make the internal pressure approach the vacuum state. Usually, the vacuum requirement of the thermal vacuum test is better than 6.5x10^-3 Pa to ensure that the simulated vacuum environment is close enough to the real space environment.If you need more models about our test equipment, please reference our ： https://www.chamber-testing.com/ Temperature cycling simulation In space, spacecraft undergo significant temperature changes because they are exposed to solar radiation and cosmic darkness. The thermal vacuum test simulates these temperature cycles through heating systems and cooling systems. The heating system can use resistance wires, radiation heaters, or high-frequency heaters, etc., by controlling the current and voltage of the heating elements to regulate the temperature. The cooling system may use low-temperature media such as liquid ammonia. During the test, the spacecraft is heated to a high temperature (for example, +65°C) and cooled to a low temperature (for example, -35°C), and cycles between these extreme temperatures to test its performance under temperature changes.

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