Water-Aging Test Chamber
enero 19, 2026
Water-Aging Test Chamber Related posts:Catalyst Evaluation SystemAdsorbent Testing System
Plasma-Enhanced Chemical Vapor Deposition (PECVD) System
enero 19, 2026
BTE-PECVD: Enhanced Plasma-Enhanced CVD System for Advanced Thin Film Growth Overview The BTE-PECVD is a state-of-the-art single-zone plasma-enhanced chemical vapor deposition (PECVD) system developed for high-precision, low-temperature thin film growth in research and industrial laboratories. Designed with an integrated RF power supply, heating system, multi-channel gas mixing unit, and vacuum control, this tube furnace-based PECVD
Atomic Layer Deposition (ALD) System
enero 19, 2026
Atomic Layer Deposition (ALD) System – Precision Thin Film Engineering at the Atomic Scale Overview The Atomic Layer Deposition (ALD) System is a cutting-edge thin-film deposition technology that enables the growth of ultra-thin, conformal, and highly uniform films with atomic-level precision. Unlike traditional CVD or PVD methods, ALD operates through a self-limiting surface reaction mechanism,
Equipo de depósito rotativo
enero 19, 2026
Rotating Deposition System – Advanced CVD Solution for Uniform Thin Film Growth Overview The Rotating Deposition System is a high-performance Chemical Vapor Deposition (CVD) platform designed for the precise, uniform growth of thin films on substrates in research and industrial applications. Featuring a rotating furnace design, this system ensures excellent temperature uniformity and film thickness
RF Vacuum Plasma Cleaning System
enero 19, 2026
RF Vacuum Plasma Cleaning System – Precision Surface Treatment for High-Tech Industries Overview The Radio Frequency (RF) Vacuum Plasma Cleaning System is a state-of-the-art surface treatment solution designed for ultra-clean processing of sensitive materials in controlled vacuum environments. Utilizing 13.56 MHz RF power, this system generates high-energy plasma to remove organic contaminants, oxides, and particulates
Medium Frequency Vacuum Plasma System
enero 19, 2026
Medium Frequency Vacuum Plasma System – Precision Surface Cleaning for Advanced Manufacturing Overview The Medium Frequency (MF) Vacuum Plasma System is a high-performance, industrial-grade surface treatment solution designed for precision cleaning, activation, and functionalization of sensitive materials under controlled vacuum conditions. Utilizing 13.56 MHz RF power supply, this system generates stable plasma at low pressure
Atmospheric Pressure Plasma System
enero 19, 2026
Atmospheric Pressure Plasma System – Advanced Surface Treatment Solution Overview The Atmospheric Pressure Plasma (APP) System is a cutting-edge surface modification technology designed for high-efficiency, eco-friendly cleaning, activation, and functionalization of materials in various industrial applications. Unlike traditional vacuum plasma systems, this equipment operates at ambient pressure, eliminating the need for complex vacuum chambers and
Horno de atmósfera de vacío de sobremesa
25 de julio de 2025
Desktop Vacuum Atmosphere Furnace Product OverviewThe Desktop Vacuum Atmosphere Furnace, also known as an oxygen-free annealing furnace, integrates advanced vacuum technology with precision thermal processing capabilities. This compact laboratory-scale system enables a full range of vacuum heat treatment processes, enhancing sintering efficiency while significantly improving material quality and densification. Ideal for research and small-batch production,
Horno de atmósfera de vacío
25 de julio de 2025
Product IntroductionThe Vacuum Atmosphere Furnace, also known as an oxygen-free annealing furnace, integrates advanced thermal processing technology with vacuum systems. This innovative equipment enables all conventional heat treatment processes while significantly enhancing treatment quality and material densification during sintering operations. Ideal for diverse experimental and production requirements, the furnace supports tailored atmosphere control based on
Horno de Caja
25 de julio de 2025
Product IntroductionThis is a single-temperature-zone safety box furnace with cloud data storage capabilities. It features a 30-segment human-machine interface for temperature control with precision up to ±1°C and a maximum temperature of 1200°C. Heating elements are evenly distributed in the upper and lower parts of the furnace chamber, ensuring uniform temperature fields. The furnace insulation
Español 
English 
Deutsch 
한국어 
Français 
Русский 
Bahasa Indonesia 
العربية 
Italiano