Vacuum Unit|Polypropylene sheet |PP equipment|Exhaust absorber--Jiande Huayun Chemical (Equipments) Co., Ltd.

Jiande Huayun Chemical Equipment Co.,Ltd.

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JZJP roots water injection
           vacuum unit series PP vacuum Unit PPWJ(H) combined type
           vacuum Unit Vertical PP vacuum gauge
            tank series Horizontal type PP vacuum
            gauge tank series Graphite-modified polypropylene
           falling film absorber Horizontal type PP storage tank Vertical type PP storage tank Industrial tail gas absorbing device Reinforced PP water-jet
           vacuum pump

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Reinforced PP water-jet vacuum pump

Technical poarameters

Model of water-jet vacuum pump	Degree of vacuum mmHg	Max air displacement m³/h	Operating hydraulic pressure (form) Mpa	Centrifugal pump
Model of water-jet vacuum pump	Degree of vacuum mmHg	Max air displacement m³/h	Operating hydraulic pressure (form) Mpa	Model	Power kw
RPP-30	≥736	30	0.25	40FP-25	2.0
RPP-60	≥736	60	0.28	50FP-28	3.0
RPP-100	≥736	100	0.30	65FP-30	4.0
RPP-180	≥736	180	0.30	80FP-30	5.0
RPP-280	≥736	280	0.32	80FP-32	7.5
RPP-360	≥736	360	0.30	100FP-30	11
RPP-500	≥736	500	0.32	100FP-32	15

Properties of 3-layer laminated glass fiber reinforced PP pipe (mid layer) FRPP

Inspection item	Unit	Standard	Value
Density	G/m³	GB1033-86	1.16
Tensile strength	Mpa	GB/T1040-1992	35.5
Percentage elongation at rupture	%	GB/T1040-1992	17.6
Bending strength	Mpa	GBT9341-1988	47.6
Impact strength of simply supported beam (notching)	KJ/m²	GBT1043-93	5.5
Heat distortion temperature 0.46Mpa	°C	GBT1643-88	150
Percent in process shrinkage	%	GB3682-89	0.8

Properties of 3-layer laminated glass fiber reinforced PP pipe (internal/external layer) FRPP

Inspection item	Unit	Standard	Value
Density	G/m³	GB1033-86	0.901
Tensile strength	Mpa	GB/T1040-1992	23.5
Percentage elongation at rupture	%	GB/T1040-1992	150
Bending strength	Mpa	GBT9341-1988	23
Impact strength of simply supported beam (notching)	KJ/m²	GBT1043-93	50
Heat distortion temperature 0.46Mpa	°C	GBT1643-88	90
Percent in process shrinkage	%	GB3682-89	1.1-1.3

Technical information of 3-layer laminated glass fiber reinforced PP pipe (PFRP)

PFRP standard

(Industrial standard of Germany 8077/8278)

Bearing Length: 5m (or order for special length)

Color: original color, gray or red

Da (mm)	Luftungsreih				PN 2.5 ISO S"-20 SDR"41		PN 3.2 ISO S"-16 SDR"33		PN 4 ISO S"-12.5 SDR"26
Da (mm)	S" (mm)	Weight (kg/m²)	S" (mm)	Weight (kg/m²)	S" (mm)	Weight (kg/m²)	S" (mm)	Weight (kg/m²)	S" (mm)	Weight (kg/m²)
10	-	-	-	-	-	-	-	-	-	-
12	-	-	-	-	-	-	-	-	-	-
16	-	-	-	-	-	-	-	-	-	-
20	-	-	-	-	-	-	-	-	-	-
25	-	-	-	-	-	-	-	-	-	-
32	-	-	-	-	-	-	-	-	-	-
40	-	-	-	-	-	-	-	-	1.8	0.26
50	-	-	-	-	-	-	1.6	0.324	2.0	0.36
63	-	-	-	-	1.8	0.42	2.0	0.47	2.5	0.56
75	-	-	-	-	1.9	0.53	2.4	0.66	2.9	0.78
90	-	-	-	-	2.2	0.72	2.8	0.91	3.5	1.12
110	-	-	-	-	2.7	1.08	3.5	1.44	4.3	1.68
125	-	-	-	-	3.1	1.44	3.9	1.80	4.9	2.16
140	-	-	-	-	3.5	1.80	4.4	2.16	5.4	2.64
160	-	-	-	-	3.9	2.28	5.0	2.68	6.2	3.48
180	-	-	-	-	4.4	2.88	5.6	3.60	7.0	4.44
200	-	-	-	-	4.9	3.48	6.2	4.44	7.7	5.4
225	-	-	-	-	5.5	4.44	7.0	5.52	8.7	6.8
250	-	-	-	-	6.1	5.52	7.8	6.84	9.7	8.5
280	-	-	-	-	6.9	6.84	8.7	8.64	10.8	10.6
315	-	-	-	-	7.7	8.64	9.8	10.9	12.2	13.4
355	-	-	-	-	8.7	10.9	11.1	13.4	13.7	16.9
400	6.0	8.64	8.0	11.64	9.8	13.9	12.4	17.5	15.4	21.5
450	6.0	9.84	8.0	13.2	11.0	17.6	14.0	22.0	17.4	27
500	8.0	13.56	10.0	18.12	12.2	21.6	15.5	27.2	19.3	33.6
560	10.0	19.92	-	-	13.7	27.12	17.4	31.0	21.6	42
630	10.0	22.56	-	-	15.4	34.32	19.5	43.3	24.3	53.1
710	12.0	30.36	-	-	17.4	43.7	22.1	55.0	27.4	67.5
800	12.0	34.32	-	-	19.6	55.3	24.9	69.70	30.8	85.4
900	15.0	48.24	-	-	22.0	69.7	28.0	88.0	34.7	108.2
1000	15.0	53.64	-	-	24.4	86.04	31.1	108.8	38.5	133.4
1200	18.0	77.28	-	-	29.3	123.9	37.3	156.7	-	-
1400	20.0	100.0	-	-	34.2	168.7	43.5	212.7	-	-

Da (mm)	PN 6 ISO S"-8.3 SDR"17.6		PN 10 ISO S"-5 SDR"11		PN 16 ISO S"-3.125 SDR"7.25
Da (mm)	S" (mm)	Weight (kg/m²)	S" (mm)	Weight (kg/m²)	S" (mm)	Weight (kg/m²)
10	-	-	-	-	2.0	0.06
12	-	-	-	-	2.0	0.07
16	-	-	2.0	0.09	2.3	0.12
20	1.8	0.12	2.5	0.16	2.8	0.18
25	1.8	0.15	2.7	0.23	3.5	0.27
32	1.9	0.22	3.0	0.32	4.5	0.45
40	2.3	0.32	3.7	0.49	5.6	0.70
50	2.9	0.50	4.6	0.77	6.9	1.08
63	3.6	0.79	5.8	1.20	8.7	1.68
75	4.3	1.12	6.9	1.68	10.4	2.40
90	5.1	1.56	8.2	2.40	12.5	3.48
110	6.3	2.40	10.0	3.60	15.2	5.16
125	7.1	3.12	11.4	4.68	-	-
140	8.0	3.84	12.8	5.88	-	-
160	9.1	5.04	14.6	7.68	-	-
180	10.2	6.24	16.4	9.72	-	-
200	11.4	7.80	18.2	11.8	-	-
225	12.8	9.84	20.5	15.1	-	-
250	14.2	12.12	22.8	18.6	-	-
280	15.9	15.12	25.5	23.4	-	-
315	17.9	19.2	28.7	29.5	-	-
355	20.1	24.4	32.3	37.4	-	-
400	22.7	30.8	36.4	47.6	-	-
450	25.5	39.0	41.0	60.2	-	-
500	28.3	48.2	45.5	74.4	-	-
560	31.7	60.36	-	-	-	-
630	35.7	76.44	-	-	-	-
710	40.2	96.9	-	-	-	-
800	-	-	-	-	-	-
900	-	-	-	-	-	-
1000	-	-	-	-	-	-
1200	-	-	-	-	-	-
1400	-	-	-	-	-	-

Anticorrosive form

Medium Medium	Concentration % Concentration%	Temperature °C Temperature ° C			Medium Medium	Concentration % Concentration%
Medium Medium	Concentration % Concentration%	20 20	60 60	100 100	Medium Medium	Concentration % Concentration%
Sulfuric acid	<10 <10	A A	A A	A A	Citric acid
	<30 <30	A A	A A	B B	Benzoic acid
	<90 <90	A A	B B	D D	Salicylic Acid
Nitric acid	<10 <10	A A	A A	A A	DMP
	<25 <25	A A	A A		Tannic acid (tannin)
Hydrochloric acid	<36 <36	A A	A A	A A	Methanesulfonic acid
Phosphoric acid	<50 <50	A A	A A	B B	sulfamic acid
	85-95 85-95	A A	B B		Methyl sulphuric acid
Hydrofluoric acid	Dilute	A A	A A	A A	Nicotinic acid
	35-70 35-70	A A	A A	C C	Picric acid
Hydrobromic acid	<20 <20	A A	A A	A A	Hydroxide
	50 50	B B	C C	D D	Tetramethyl ammonium hydroxide
Hydrocyanic acid		A A	A A		Salts (most)
Sulfurous acid		A A	A A		Mercury
Chromic acid	10-40 10-40	A A	A A		Ammonia
	50 50	A A	B B	C C	Hydrogen bromide
Boric acid		A A	A A	A A	Hydrogen chloride	Dry
Arsenic acid		A A	A A		Hydrogen cyanide
Silicic acid		A A	A A		Hydrogen sulfide
Chloric acid	20 20	A A	C C		hydrogen phosphide
Hypochlorous acid		A A	A A		Methanol, ethanol, propanol
Fluoboric acid		A A	A A	A A	Isopropanol
Fuorosilicic acid		A A	A A	B B	Butanol
Formic acid	100 100	A A	A A	B B	secondary butyl alcohol
Acetic acid	<10 <10	A A	A A	A A	Tert-butyl alcohol
	<80 <80	A A	B B	B B	Pentanol
Acetic anhydride		B B	B B	D D	Tert-hexanol	A A
Propionic acid		A A	B B		Cyclohexanol
Acrylic acid (Emulsion)		A A	A A		Octanol
Butyric acid		A A	A A	A A	hexadecanol
Lauric acid (dodecanoic acid)		A A	A A	A A	Diacetone alcohol
Fatty acid		A A	B B	C C	Benzyl alcohol
Stearic acid		A A	B B	C C	Glycol
Palmitic acid		A A	B B	B B	Propylene glycol
Oleic acid		A A	A A		Butanediol
Linoleic acid		A A	A A		Glycerin (glycerol)
Glycolic acid (hydroxy acid)		A A	A A		Diethylene glycol
thioglycolic acid		A A	A A	A A	Formaldehyde	<50 <50
TCA		A A	A A	D D		100 100
Lactic acid		A A	A A	A A	Acetaldehyde
Oxalic acid		A A	B B	C C	Benzaldehyde
Succinic acid		A A	A A		Acetone
Tartaric acid		A A	A A		DME

Medium Medium	Temperature °C Temperature ° C			Medium Medium	Concentration % Concentration%	Temperature °C Temperature ° C
Medium Medium	20 20	60 60	100 100	Medium Medium	Concentration % Concentration%	20 20	60 60	100 100
Sulfuric acid	A A	A A	C C	Anisole (BHA)		A A	B B	D D
	A A	A A	D D	Methyl acetate		A A	A A	A A
	A A	A A		Methyl methacrylate		A A	A A	A A
Nitric acid	A A			isopropyl myristate		A A	B B
	A A	A A	A A	Ethyl oleate		A A	B B	B B
Hydrochloric acid	A A	A A		Biphenyl dimethyl dicarboxylate		B B	B B
Phosphoric acid	A A	A A	A A	Dibutyl Biphenyl dibutyl dicarboxylate		B B	B B	D D
	A A	A A		DOP		A A	B B
Hydrofluoric acid	A A	B B		Methane		A A	C C
	A A	B B		Propylene (gas)	50 50	A A	A A	A A
Hydrobromic acid	A A	A A	A A	Diesel		A A	B B	D D
	A A	A A		Paraffin		A A	A A	B B
Hydrocyanic acid	A A	A A	A A	Natural gas		A A	C C
Sulfurous acid	A A	A A	A A	Dichloromethane	40 40	B B	B B
Chromic acid	A A	A A	A A	acetyl chloride		A A	B B	C C
	A A	A A	A A	Chloropropanol		A A	A A
Boric acid	A A	A A	A A	Chlorobenzene	40 40	B B	B B
Arsenic acid	A A	A A	A A	Ethyl bromide		A A	A A	A A
Silicic acid	A A	B B		Butyl iodide (iodine butane)		A A	A A	A A
Chloric acid	A A	A A		Dimethylamine		B B	B B
Hypochlorous acid	A A	A A	B B	dimethyl formamide		A A	A A	B B
Fluoboric acid	A A	B B	B B	Ethylamine		A A	B B
Fuorosilicic acid	B B	B B	B B	diethyenetriamine		A A	A A
Formic acid	B B	B B	C C	Ethylenediamine		A A	A A
Acetic acid	B B	B B		Ethanolamine		A A	A A
	B B	B B	C C	Diethanolamine		A A	A A
Acetic anhydride	B B			Triethanolamine		A A	B B
Propionic acid	B B	C C	D D	xylic acid		A A	A A
Acrylic acid (Emulsion)	A A	A A		Aniline hydrochloride		B B	B B	D D
Butyric acid	A A	B B		Phenol	5 5	A A	A A	A A
Lauric acid (dodecanoic acid)	A A	A A			10 10	A A	A A	D D
Fatty acid	A A	A A	D D		100 100	B B	D D
Stearic acid	A A	B B	B B	Hydroquinone		A A	A A
Palmitic acid	A A	A A		Morpholine		A A	A A
Oleic acid	A A	A A		Hydrazine sulfate		A A	A A
Linoleic acid	A A	A A	A A	Pyridine		A A	B B	B B
Glycolic acid (hydroxy acid)	A A	A A		Codeine sulfate		A A	A A	A A
thioglycolic acid	A A	A A	C C	Polyvinyl acetate		A A	A A
TCA	A A	B B		Silicone oil		A A	B B	C C
Lactic acid	B B	B B	D D	Heavy ammonia acid		A A	A A	A A
Oxalic acid	B B	B B	D D	Electroplating solution		A A	A A
Succinic acid	A A	A A	B B	Tanning Solution		A A	B B
Tartaric acid	B B	B B		Bleach solution (containing L13%)		A A	A A

Methanesulfonic acid