Observation window for zinc selenide catalytic reaction and high-temperature resistance window

NegotiableUpdate on 01/17

Model

Nature of the Manufacturer: Producers

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Place of Origin

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Overview

The observation window of zinc selenide for catalytic reactions is mainly used to observe and analyze changes in the microstructure of materials at high temperatures. This type of device is capable of heating samples to up to 1000 degrees Celsius in a controlled vacuum or atmosphere environment, while using a microscope for real-time or post experimental microstructure observation and analysis. This vacuum hot stage has a wide range of applications in the fields of materials science and engineering

Product Details

Observation window for zinc selenide catalytic reaction and high-temperature resistance windowTechnical parameters;

Vacuum Chamber
Model:	KT-Z10001R
type	High temperature heating type 1000 ℃ (vacuum environment is required for temperatures above 600 ℃)）
Material of the cavity	304 stainless steel
Weight of the cavity	about2.5KG
Dimensions inside the cavity	about147mmX72mmX22mm
External dimensions of the cavity	about170mmX95mmX37mm
Window size on the cavity	Φ 42mm (optional concave window to reduce the distance between the window and the sample)
Cavity exhaust port	KF16 flange (other interface specifications can be converted)
Chamber vacuum measurement port	KF16 flange (other interface specifications can be converted)
Chamber inlet	metric system3mm 6mm tracheal joint British 1/8mm 1/4mm tracheal joint optional
Chamber cooling method	Chamber water cooling+Upper cover air cooling
Chamber water cooling interface	6mm quick twist or 6mm quick insert
Positive pressure in the cavity	≤0.05MPa
Vacuum degree of the cavity	mechanical pump≤ 5Pa (5 minutes) Molecular pump ≤ 5E-3Pa (30 minutes)
Sample stand
Sample table material	High temperature insulating ceramics
Sample stage size	26x26mm
Sample stage heating method	Resistance heating
Sample stand-Window distance	18Mm (optional concave window to reduce the distance between the window and the sample)
Sample stage temperature sensor	Type S thermocouple
Sample table temperature	Room temperature to1000℃
Sample stage temperature measurement error	±0.1℃
Sample table heating rate	high temperature Maximum value of 100 ℃/min
Temperature Controller
Temperature Display	7-inch human-machine interface
Temperature control type	standardPID temperature control+self-tuning 30 segment programming temperature control
temperature resolution	1℃
Temperature control accuracy	±1℃
Temperature signal input type	S (optional PT100 thermal resistance K B type thermocouple)
Temperature control output	DC linear power supply heating
Accessibility	Temperature data collection and export Real time temperature curve+Historical temperature curve expandable vacuum reading interface
Temperature controller size	32cmX170cmX380cm
Weight of thermostat	about5.6KG
water cooling machine
cooling method	Compression refrigeration
cooling temperature	Room temperature to 5℃
Cooling water flow rate	10L/min
cooling medium	pure water
Cooling water pipe interface	6mm quick plug

10001000 Zinc Selenide Observation Window Catalytic Reaction High Temperature Resistant Window