Glass Lined Plate Condenser

Glass Lined Equipment Manufacturer

The glass lined steel condenser is constructed using newly developed molds through welding process, guaranteeing the sealing performance and internal load bearing capacity, preventing leakage, as well as providing simple operation and high efficiency.

Design Pressure
Vessel: Full Vacuum (FV) to 0.1Mpa Jacket: ≤0.3MPa

Design Temperature
200°C

Standard
HG/T4298-2019

Features The glass lined condenser can handle corrosive media such as hydrofluoric acid, phosgene, concentrated phosphoric acid (concentration>30%, temperature >150°C, PH>12) and almost all chemicals with temperature over 100°C; Heat exchanging is implemented through the alternate flowing of hot air and cold water; Compact structure, light weight, small size; The parts of glass lined condenser are replaceable and some parts are reducible, preventing the downtime caused by the time waiting for the replacement of the entire machine; The glass lined condenser provided by Qianqiao can withstand vacuum and avoid fouling, the heat transfer efficiency of which is 30%-50% higher than that of similar glass lined steel condensers; Our glass lined plate type condensers are available in two models, i.e. W-0.6 and W-1, and each model is offer with option of 3 holes or 6 holes; Use Notes Parts of this glass lined plate condenser include a bottom, a cap, and several condensing plates, which are assembled with gaskets, double-end stud bolts and screw nuts. Installation instructions should be followed during the assembly. Hot air enters the condenser through the inlet of the cap and the condensate liquid flows out through the bottom inlet. The cooling water flows in through the bottom pipe and out through the top pipe. The flow of cooling water can be controlled according to the water’s temperature difference at the overflow port and the temperature of the condenser. The cooling water should be neutralized to a pH value of 6-8. Otherwise, there will be scaling on the liner that causes the falling off of the glass lined layer. Water should be clean so that impurity deposition can be avoided. If there is any leakage during use, please fasten the nuts accordingly without over-tightening. It is recommended that the cooling water should be introduced prior to the hot air during use, and the flow of hot air should be stopped first when the operation is completed. Comparison of parameters between porous plate condenser and common plate condenser Common glass lined plate condenser
Due to the smaller pore opening (crossed at 180°), the hydraulic resistance is increased and the air distribution is uneven, making it unfit for high vacuum use. Thick condensing plates that slow the flow of cooling water, scaling-prone, and low heat-exchange rate. Equipped with over 20mm-thick gaskets that will swell or shrink too much and has low pressure resistance, making it unfit for vacuum seal. Glass lined porous plate condenser:
Porous plate condenser is invented based on the ordinary plate condenser but without the setbacks mentioned above. Porous plate condenser can be used for vacuum distillation and as evaporation devices. The problem of leakage is solved. The thickness of the plates is reduced to increase the flow of the cooling water. Compared to condensers of the same size, the six-pore design evens the fluids distribution, increases the rate of heat transfer by over 30%, and avoids scaling. Equipped with 10mm-thick gaskets that won’t swell and shrink too much and has higher pressure resistance, fit for high vacuum seal.

Subject	Common plate condenser			Porous plate condenser
	P0.5	P1	P2	w-0.63	w-1	w-2
Heat exchange rate	a	a	a	1.5a	1.5a	1.5a
Height of water interlayer	54	58	64	19	21	25
Water overflow speed	Slow	Slow	Slow	Very fast	Very fast	Very fast
Traverses baffle (N/A)	Null	Null	Null	Available	Available	Available
Scaling tendency	Easy	Easy	Easy	Not easy	Not easy	Not easy
Type of gasket	A II	A II	A II	A I	A I	A I
Thickness of gasket (mm)	30	30	30	10	10	10
Vacuum resistance	Low	Low	Low	High	High	High
Warranty	Half year	Half year	Half year	One year	One year	One year
Enamel	Common	Common	Common	Imported	Imported	Imported
Total height	High	High	High	Lower	Lower	Lower

Note: The material of type I gaskets is non-asbestos fiberboard and wavy rings coated with PTFE; type II is NBR coated with PTFE.

Usage Notes
Pressure: vessel ≤0.1Mpa, jacket ≤0.3Mpa (for any special requirements, please inform us);
Glass lining: thermal shock 110°C, cold shock ≤100°C;
All glass lined steel condensers are subjected to strict inspection before leaving our factory, our company is not responsible for the products that are disassembled by users themselves. When any issue occurs, please inform us, we will designate our technical personnel to customer’s site to solve it.