Products

XINYU HUACHUANG, as a professional manufacturer and supplier, supports customized services. The PLC Fluidized-Bed Evaluation Unit is built with integrated PLC controls, offering precise regulation of gas flow, temperature, and pressure. Its fluidized-bed design maximizes gas-solid contact, eliminates hot spots, and ensures highly reproducible data for catalyst testing and kinetic research. It provides a reliable, efficient solution for laboratory reaction engineering.

XINYU HUACHUANG, as a professional manufacturer and supplier, supports customized services. For purchase, the SCR Dual-Reactor Evaluation Unit simulates flue gas with mass-flow-controlled NO, NH3, O2, N2, H2O. Features two parallel reactors with online FTIR/chemiluminescence, computing NOx conversion and NH3 slip. Delivers reliable data for catalyst screening. Ask for a quote.

Explore the Catalyst Fixed-Bed Reaction Unit from XINYU HUACHUANG, designed for steady-state evaluation of solid catalysts. Packed in a tubular reactor, the bed allows gas or liquid reactants to flow with minimal back-mixing, ensuring stable conditions to assess activity, selectivity, and lifetime under controlled temperatures and pressures. Durable and versatile. Inquire now for specs and ordering.

Axial clearance influences bearing positioning accuracy, preload stability, and thermal expansion. Measuring it accurately has traditionally been challenging. XINYU HUACHUANG's Axial Clearance Measuring Instrument For Bearings uses a dynamic, no-load principle. The outer ring fixes while a precise axial load applies to the inner ring. Sensors capture rolling element movement. Differential algorithms remove geometric errors automatically, yielding true axial clearance.

Radial clearance is a direct predictor of bearing life. Measure it wrong and your equipment vibrates, overheats, or wears early. XINYU HUACHUANG's Bearing Radial Clearance Measuring Instrument operates dynamically with no applied load. The inner ring rotates while sensors track outer ring displacement. Differential algorithms cancel out geometric errors that plague traditional methods. No corrections, no guesses—just the true radial clearance value.

Some failures only appear after hours of sustained heat. XINYU HUACHUANG's Constant-Temperature Wire Bending And Winding Test Bench holds 50℃, 80℃, or 100℃ while wire bends and winds repeatedly. Ambient testers miss the slow creep of thermal aging. This system captures insulation softening, conductor fatigue, and loss of flexibility that develop over time under steady elevated temperatures. Automotive engine compartments, industrial machinery, and aerospace systems demand this level of testing.