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Application  factory altitude simulation chamber is designed to allow users to perform temperature, humidity, and altitude condition tests in a combined test chamber, and create multiple conditions to meet multiple test requirements at the same time.If you need more models about our test equipment, please reference our https://www.chamber-testing.com/ Designed to simulate altitude conditions up to 100,000 feet.  Provides simultaneous temperature/altitude testing from site altitude to 65,000 feet for high altitude test chamber testing.  Humidity test can only be performed at the altitude of the site.  Heated inspection window to ensure that the test room is clearly visible. Details: Meets international standards DO160, ASTM, MIL-STD-781, -810 High altitude chamber up-to 150,000 feet Temperature range -70°C to +180°C, Humidity range 20 to 95% Feature High Altitude Chamber Testing of avionics or other aerospace equipment to simulate actual conditions it might experience. Simulation of high-altitude conditions like might be found in mountainous regions. High altitude chamber are used for autom otivetests to simulate mountainous conditions and totest computers, electronics and packaging materials that may be shipped via airfreight. It is especially important for defense and aerospace applications where pressure and vacuum conditions are even more intense. These chambers are company's most classic test chamber. (temperature/altitude) and ACC-Series (temperature/altitude/humidity) chambers are designed to allow the userto perform temperature, humidity. and altitude condition testing in one combined test chamber More than one condition can be created simultaneously to satisfy many types of test requirements.

Minimum Order: 1 bags

The low-pressure test chamber is mainly used in fields such as aviation, aerospace, information, electronics, etc. It is used to determine the environmental adaptability and reliability of instruments and meters, electrical products, materials, components, and equipment under the single or simultaneous action of low pressure, high temperature, and low temperature. At the same time, it also measures the electrical performance parameters of the test pieces by applying electricity. It adopts an integrated combined structure form. The test chamber consists of a heat-insulating box body (pressure-bearing structure) located at the front, a refrigeration and vacuum unit located at the rear, and an electrical controller (system) located on the test chamber door.If you need more models about our test equipment, please reference our https://www.chamber-testing.com/

Minimum Order: 1 bags

The ozone aging test chamber is a device used to simulate and intensify the ozone conditions in the atmosphere to study the effect of ozone on materials, especially rubber. The following are the main functions of the ozone aging test chamber: 1.The ozone aging test chamber that simulates the natural environment can simulate the combined effects of various factors such as ozone concentration, temperature and humidity in the natural environment, providing a realistic aging environment for products. 2. Testing material properties This equipment is mainly used to test and evaluate the ozone aging resistance of materials. By simulating and intensifying the ozone environment in the atmosphere, the action law of ozone on materials such as rubber is studied, so as to quickly identify and evaluate the anti-ozone aging performance of these materials and the protective efficacy of anti-ozone agents. 3. Enhancing the service life of materials: By using ozone aging test chambers, the lifespan and performance of materials during actual use can be effectively predicted, providing a scientific basis for material selection and application. This helps to enhance the understanding of the material's aging resistance, and then take effective anti-aging measures to extend the service life of the material. 4. Widely applied in multiple industries, ozone aging test chambers are extensively used in fields such as materials science, pharmaceuticals, automobiles, construction, and electronics. They are of great significance for ensuring product quality and extending service life.If you need more information about the models of our testing equipment. Please contact me.https://www.chamber-testing.com/ 5. The ozone aging test chamber can accelerate the aging process of materials and products, providing an accelerated means for the research and development of new materials and new products. Through aging tests simulated in an ozone environment, new materials or products with excellent aging resistance can be quickly screened out, thereby shortening the R&D cycle and reducing R&D costs. Ozone concentration The range is 0 to 500pphm, 0 to 1000 PPHM, 100 to 250ppm (optional), etc. The concentration control accuracy is generally ±10%. Temperature range: RT + 10 to 80℃, -10 to 80℃ (optional), temperature uniformity ±2℃. Relative humidity: The control range is 60 to 95%RH

Minimum Order: 1 bags

Dear Sir/Madam, (HS 392490) We would like to offer: Plastic Housewares. Our supplied plastic housewares made from: polyethylene (PE), polypropylene (PP), polystyrene (PS), high impact polystyrene (HIPS) and acrylonitrile butadiene styrene (ABS). Process: injection, blown moulding and roto moulding. Items: container, rack and basket series, drink jar, cup & glasses, water jug series, pail series, food case, soap box, tray, basket & cover series. Kitchen utensils, seal pack, snack pots, and dish rack series. Bathroom accessories, laundry, transparent box and pail series. Food: case, box, tray, basket & cover series. Accept buyer's design, terms and conditions apply. Each item packed in carton box. Plastic jerrycan and plastic barrel also available. Product of Indonesia. For any interested parties, pls kindly contact for further details. Thank you. Contact: +6285892224657 (whatsapp, viber).

Minimum Order: 300

Inconel 600 welding wire, also known as ERNiCrFe-3 or NA82, is a versatile nickel-based alloy rod engineered for superior performance in high-heat and corrosive conditions. This filler metal excels in welding Inconel alloys like 600 and 601, as well as martensitic to austenitic steels and cryogenic materials. With a chemical makeup including 2.5-3.5% manganese, up to 3% iron, and 2% niobium plus tantalum, it provides enhanced creep rupture strength and fatigue resistance. Available in diameters from 0.5mm to 2.4mm, it conforms to standards such as AWS A5.11 ENiCrFe-3 and DIN 17742. Ideal for shielded metal arc welding (SMAW) or TIG processes, this wire ensures crack-resistant deposits with good impact values even at -320°F. Its broad compatibility makes it a go-to choice for industries requiring durable, high-temperature resistant welding solutions worldwide. Welding series: ERNiCrMo-3,ERNiCrMo-4,ERNiCrMo-13,ERNiCrFe-3,ERNiC , rFe- 7,ERNiCr-3,ERNiCr-7,ERNiCu-7,ERNi-1, ER70S-6. Standard: Conforms to Certification AWS A5.14 ASME SFA A5.14 Size: 0.8MM / 1.0MM / 1.2MM / 1.6MM / 2.4MM / 3.2MM / 3.8MM / 4.0MM / 5.0MM Form: MIG(15kgs/spool), TIG(5kgs/box)

The automatic edge cleaning machine for laminated silicon wafers is equipped with a high-speed galvanometer optical system to remove the excess film layer around the coated silicon wafer. The rotating processing platform and visual alignment systems effectively ensure the equipment beat and accuracy. The automatic loading and unloading structure meets the needs of online mass production

Perovskite P4 laser edge cleaning equipment is specially designed for precision trimming of perovskite solar cell edges. It uses high-energy pulsed laser technology and galvanometer field mirror scanning system to accurately remove battery edge burrs, residual film and conductive layer redundancy, ensure the edge is flat and defect-free, and eliminate leakage hazards. Through non- contact processing and micron-level positioning (accuracy ≤30μm), substrate damage is avoided and the stability of the battery structure is maintained. Integrated intelligent visual positioning and real-time closed-loop control, adapted to high-speed processing of glass/flexible substrates, synchronously optimize edge passivation effects, significantly improve component weather resistance and photoelectric conversion efficiency, help mass production yield break through 95%+, and enable large-scale production of high-efficiency batteries.

Thin-film solar module laser scribing experimental system PLS Series 1. High-precision processing: micron-level scribing accuracy (line width ≤ 20μm) ensures efficient segmentation and series connection of battery cells and improves photoelectric conversion efficiency. 2. Non-destructive process: short-pulse laser technology accurately controls the heat-affected zone to avoid damage to the perovskite active layer and ensure battery performance.

Perovskite Solar Cell Industry/3C Industry Film cutting machine is an advanced industrial device designed to precisely cut various thin-film materials, such as optical films, flexible PCBs, cleanroom materials, and adhesive layers. These machines ensure clean, burr-free edges with high repeatability, improving production efficiency and product quality.

Laser Scribing Machine A laser scribing machine is a high-precision, non-contact laser processing system used to cut, isolate, or pattern thin-film materials—especially in perovskite solar cells and flexible electronics. As a core component of an advanced laser patterning system, it enables accurate execution of P1, P2, and P3 scribing steps, critical for cell efficiency and module integrity. Our laser scribing solutions—also referred to as laser scribe machines—feature micron- level accuracy, automated alignment, and multi-wavelength laser compatibility, making them ideal for high-speed, low-damage processing in both R&D and industrial-scale production environments.

Feature : Standard Specification Size / Cut : Random broken sizes Moisture Content : 3% – 5% Purity : 95% – 98% Color : Natural brown to reddish-brown Fungus/Mold : Zero (Free from mold)

Minimum Order: 1 bags

Gantry FSW Machine is a heavy-duty, high-precision friction stir welding system designed for large-scale industrial applications. Featuring a robust gantry structure, it delivers superior stability and welding force for joining aluminum, copper, magnesium, and other non-ferrous alloys. Unlike traditional welding, FSW produces defect-free, high-strength welds without melting the base material, making it ideal for critical structural components.

ROBOTIC FRICTION STIR WELDING Robotic Friction Stir Welding (RFSW) is an advanced solid-state joining technology that integrates friction stir welding (FSW) with a multi-axis robotic arm. Instead of melting the materials, RFSW uses a rotating tool to generate frictional heat and plastic deformation, creating high-strength joints between metals—especially aluminum, magnesium, and copper alloys. Product Advantages Precision, Efficiency, Intelligence Engineered for Unmatched Performance in Advanced Metal Joining

FRICTION STIR WELDING (FSW) TOOLS Friction stir welding tool is a critical component in the FSW process. It consists of a rotating shoulder and pin (probe) that generates frictional heat, softens the base material, and mechanically stirs it to form a solid-state joint. Unlike conventional welding consumables, FSW tools do not melt or deposit material. Instead, they facilitate precise plastic deformation and forge a high- integrity bond between workpieces without filler metals or shielding gases.