- 2005
Founding Time
- 48+
Employee Count
- 60000㎡
Factory Covered
- 30+
Countries Served
About Us
- 1
About Us
Skyline International Trade and Technology Development Co., Ltd. was established on October 1, 2019, in Bac Ninh, Vietnam. As a full-range cross-border industrial goods and laboratory equipment trading company, we leverage over 20 years of industry experience from Suzhou Xinhe Measurement Instruments Co., Ltd. in China. We are committed to providing comprehensive one-stop supply solutions for Chinese-invested and foreign-invested enterprises in Vietnam, completely eliminating customers' concerns during pre-sale, sale, and after-sales processes.
Hot Products
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Melting Flow Index Tester (MFR/MVR Integrated System)
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Fully Automatic Bursting Strength Tester
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Electromagnetic Vibration Test System
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Single Arm Drop Testing Machine
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Edge Crush Ring Crush Testing Machine
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Alcohol Abrasion Testing Machine
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Industrial Dehumidifier
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C-SAM/SAT (Scanning Acoustic Microscope)
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Wire Bonder
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Pin Ultrasonic Welder
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Terminal Ultrasonic Welder
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SiMMIR Industrial Vision Behavior Analysis System (Event CAM)
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SiMMIR Industrial Safety Vision Protection System
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SiMMIR AI Vision 2D Event Detection Camera
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Anti-Static & Nitrogen-Purged Ultra-Low Humidity Cabinets
News
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How To Choose The Right Vickers Hardness Tester For Your Factory
The right Vickers hardness tester should match your material, sample size, test force range, surface preparation condition, daily testing volume, and report requirements. A basic model may be enough for occasional inspection, while an automatic vision system is more suitable for high-volume factory QC, thin layers, coatings, weld sections, case depth testing, and traceable reports. Buyers should avoid choosing only by machine price. Instead, compare the complete testing workflow, including sample preparation, optical measurement, test force, stage control, software, calibration blocks, and after-sales support. If your factory needs reliable hardness inspection for production quality control, share your sample details and testing purpose before requesting a quote. This will help suppliers recommend a more accurate and cost-effective Vickers hardness testing solution.
21-05-2026 -
How To Reduce Measurement Error In Vickers, Rockwell And Brinell Hardness Testing
Reducing measurement error in Vickers, Rockwell, and Brinell hardness testing requires more than adjusting one machine setting. Buyers and operators should control sample preparation, scale selection, test force, indenter condition, calibration block verification, optical measurement, indentation spacing, and operator procedure together. For Vickers testing, polished surfaces and accurate indentation measurement are critical. For Rockwell testing, scale selection, sample support, thickness, and indenter condition are key. For Brinell testing, correct force and ball combination, surface condition, and diameter measurement accuracy are essential. A well-controlled hardness testing process improves repeatability, reduces quality disputes, supports customer audits, and makes industrial QC reports more reliable.
20-05-2026 -
Hardness Tester Calibration Blocks: What Buyers Should Know Before Ordering
Hardness tester calibration blocks are small accessories, but they play a major role in measurement reliability. The right block helps verify tester performance, detect abnormal readings, support daily QC checks, and strengthen customer confidence in test reports. Buyers should confirm the hardness method, scale, value range, certificate, traceability requirement, surface condition, and block quantity before ordering. For laboratories using multiple hardness testers, each method should have suitable reference blocks. A complete hardness testing setup should include not only the machine, but also proper calibration blocks, indenters, fixtures, maintenance tools, software records, and operator procedures. This helps create a more stable and trustworthy quality control system.
19-05-2026 -
How To Build A Metallographic And Hardness Testing Laboratory For Industrial QC
A metallographic and hardness testing laboratory should be planned as one connected quality control workflow. The goal is not just to buy several machines, but to create a reliable process from sample cutting to final report. When sample preparation, hardness testing, microscopy, calibration, data management, and operator training are planned together, the lab can deliver more stable and trustworthy results. For industrial buyers, the best lab setup depends on material type, testing purpose, daily workload, required standards, report needs, and future expansion plans. A simple lab may only need basic cutting, polishing, and hardness testing. A more advanced lab may need automatic sample preparation, Micro Vickers case depth analysis, metallurgical microscopy, image software, and full report traceability. Before building or upgrading a QC lab, provide your material details, sample information, testing standards, and workflow requirements. This allows the supplier to recommend a practical, scalable, and cost-effective laboratory solution.
18-05-2026 -
How To Choose A Metallographic Cutting Machine For Metal Sample Preparation
A metallographic cutting machine should be selected based on the real sample material, size, hardness, shape, and final testing purpose. For hardness testing and microstructure analysis, the cutting process must control heat, deformation, cracks, and surface damage. Buyers should check cutting capacity, machine rigidity, cutting wheel compatibility, coolant system, clamping fixtures, feed control, safety design, and maintenance support before ordering. If the laboratory prepares many different sample types, flexible fixtures and proper cutting wheel recommendations are especially important. A suitable cutting machine improves the entire sample preparation workflow. It reduces grinding time, protects the material structure, improves polishing quality, and supports more reliable hardness testing and metallographic analysis.
17-05-2026 -
What Buyers Should Check Before Ordering A Metallographic Grinding And Polishing Machine
A metallographic grinding and polishing machine should be selected according to sample material, preparation volume, surface quality requirement, operator skill, and laboratory workflow. Manual machines are economical for low-volume use. Semi-automatic and automatic systems are better for repeatable QC preparation and higher sample throughput. Buyers should check disc size, speed control, pressure mode, sample holder compatibility, consumable matching, cooling and drainage, safety design, and after-sales support before ordering. For laboratories that perform Vickers, Micro Vickers, coating, weld, or case depth testing, preparation quality directly affects final measurement reliability. A well-matched grinding and polishing machine helps reduce sample rework, improve surface consistency, and support more reliable hardness testing and metallographic analysis.
16-05-2026
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- ValuePro Hardness Tester
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