Biopharmaceutical double-layer speed regulating glass reactor manufacturer

NegotiableUpdate on 01/16

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The GR-5 speed regulating glass reactor is mainly used for experiments such as material synthesis, distillation, and concentration. The structure of the kettle is divided into three types: single-layer, double-layer, and three-layer. According to the needs, the kettle can be pumped to a negative pressure state to meet the experimental conditions.

Product Details

Technical characteristics of GR-5 speed regulating glass reactor

The glass components are all made of 3.3 borosilicate glass, which has excellent physical and chemical properties.

Applicable temperature range -80 ℃ -200 ℃.

Applicable pressure range -0.1 MPa-0 MPa.

Connect stainless steel insulated hoses to the inlet and outlet of the jacket to eliminate stress on the inlet and outlet.

● Adopt top inclined feeding method.

The rack adopts 06Cr19Ni10+carbon structural steel spray coating+aluminum alloy spray coating, which has strong corrosion resistance and is easy to clean and maintain.

The independently developed mixing bearing has good sealing effect.

The blades of the agitator are made of polytetrafluoroethylene material; The mixing shaft is made of 06Cr19Ni10 and wrapped with polytetrafluoroethylene, which has high strength and strong corrosion resistance.

Main technical parameters of speed regulating glass reactor GR-5

model			GR-5
Cauldron body	material		3.3borosilicate glass
	Effective volume inside the kettle(L)		5
	Minimum mixing capacity(L)		0.65
	flange(mm)		170
	Outer diameter of kettle mouth(mm)		215
	Bottom valve inner diameter(mm)		φ15
	Jacket interface		35#
	Jacket volume(L)		3
	Temperature range for use(℃)		-80~200
	Allowable pressure inside the kettle		negative pressure~atmospheric pressure
	Allowable pressure of jacket(MPa)		≤0.03
	Enduring thermal shock temperature(℃)		80
	Discharge valve discharge diameter		φ25hose connector
stir	Motor Type		Three phase asynchronous motor
	Speed adjustment range(rpm)		50-500
	Speed display mode		seven-segment display
	Speed display accuracy		±1rpm
	Motor power(W)		90
	Speed regulation method		variable frequency speed control
	Mixing support material		PTFE
	Mixing support structure		Vacuum mechanical seal
	Mixing blade form		Single layer: Four inclined blade opening vortex wheel
	Mixing blade material		06Cr19Ni10+PTFE
power supply			220-240V～，50/60Hz
condenser tube	length(mm)		435
	condensation area(m²)		about0.045
	Interface Specification		29/32
Constant pressure drip funnel/Feeding bottle	volume(mL)		500
	Interface Specification		29/32
pot lid	material		3.3borosilicate glass
	Opening (number)		5
	Chineseopen one's mouth		50#
	side opening		S35
			24/29×2
			29/32
	gasket		φ212×φ168×3
Receiving bottle volume(mL)			optional
drip tray			standard configuration
Rack material			06Cr19Ni10+Carbon structural steel spray coating+Aluminum alloy spray coating
Specification for the interface of the inlet and outlet liquid circulation hose of the kettle body			Rc3/4
temperature sensor		Sensor Model	PT100
		display mode	seven-segment display
		display precision	±0.1℃
Working environment temperature range(℃)			5～35
Working environment humidity range(%)			≤ 70
Dimensions (width x depth x height)(mm)			about650×550×1600
Total weight(kg)			about34

Zhengzhou Changcheng Science and Trade Co., Ltd. was founded in 1988 and is a technology innovation enterprise that integrates research, development, manufacturing, and operation. The company adheres to the concept of "quality first, innovation oriented, customer-oriented, and eternal integrity", and has long provided professional equipment for various fields such as chemistry, biology, and pharmaceuticals. Its products not only serve many universities, research institutes, and enterprises in China, but also are exported to Asia, Europe, the United States, and Australia. The company has a production workshop of over 10000 square meters, which is controlled by craftsmanship and strict testing of products. A professional R&D team collaborates with university resources to deeply cultivate technological innovation, and can provide customized and exclusive solutions according to customer needs.