Hydrothermal Synthesis Reactor Stainless Steel Autoclave with PTFE Liner

Hydrothermal Synthesis Reactor Stainless Steel Autoclave with PTFE Liner

Model: AS-HA-100 (25ml-1000ml optional)

1. 304 stainless still for reactor body, high pressure resistance.
2. PTFE for inside liner, acid resistance,alkali resistant, anti-corrosion.
3. The max. working temperature could be 250℃,high temperature resistance.

Lab Explosion-proof Hydrothermal Synthesis Reactor with PTFE or PPL lining

Description:

This hydrothermal synthesis reactor also named tohydrothermal autoclave, hydrothermal synthesis autoclave,teflon lined autoclave,polymerization reactor, high pressure reactor, digestion vessel, and hydrothermal teflon vessel etc.

Application:

Sample preparation in chemical analysis methods such as gas phase, liquid phase, plasma spectrometry, atomic absorption and atomic fluorescence.

It is suitable for college & university, scientific research institute, chemical industry, bioengineering, pharmacy, food industry, material industry, agricultural industry, energy industry, geological science, environmental science and etc.

Advantages:

1. 304 stainless still for reactor body, high pressure resistance.

2. PTFE for inside liner, acid resistance,alkali resistant, anti-corrosion.

3. The max. working temperature could be 250℃,high temperature resistance.

4. Fast destruction, high efficiency.

5. Rational construction, easy operation.

6. No harmful substance leakage, safe using.

Specification (25ml-1000ml available):

Model	AS-HA-25	AS-HA-50	AS-HA-100	AS-HA-150	AS-HA-200	AS-HA-250	AS-HA-500
Body material	304 Stainless Steel
Liner material	PTFE (PPL optional)
Liner size	33*61mm	40*78mm	49*95mm	58*114mm	63*135mm	65*135mm	91*138mm
Liner capacity	25ml	50ml	100ml	150ml	200ml	250ml	500ml
Net weight	1.02 kg	1.65 kg	2.45 kg	4.8 kg	6.1 kg	6.1 kg	10.6 kg
extension bar size	8*200mm
Compression method	Threaded cap compression, manual tightening
Max pressure	≤3Mpa
PTFE max temperature	≤220℃
PPL max temperature	≤260℃
Heating and cooling rate	≤5℃/min