Tubus HDPE Gas

Tubus Gas HDPE ZHSU est tubus polyethylenicus idoneus ad usus in systematibus congregandorum olei et gas subterraneis. Tubus HDPE transferit oleum et gas naturale ab puteis ad reservorios camporum et apparatus separationis. Fabricatur ex materia PE 4710 resin pro maiore operatione et vita servitii longiore.

Introductio

Parametrus producti:

Tubus ZHSU specializatus in productione systematis tuborum ex polyethyleno pro gas subterranearum per duos decades, servavit 69 nationes cum systemate distributionis gas certa.

Tubus HDPE pro gas est genus tubi polyethylenici descriptum et optime aptum ad usum in systematibus collectivis olei et gas subterraneis. Tubus HDPE utilisatur in his applicationibus ad transportandum oleum et gas ab puteis ad reservorios et apparatus separationis campi, fabricatus ex materia PE 4710 praestantiore pro maiore operatione et vita expectata, material virgine novum gradus cibarii 100%, non toxicum.

Specifications

Materies : Polyethylenum densitatis altum PE4710 \/ PE100

Magnitudo : DN20mm ~ DN1200mm

Certificatio : ISO9001,CE,SGS,CNAS

Pressio : PN2.5\/SDR7.3 ~ PN6\/SDR26

Standardis : GB 15558.1-2003, ISO 4427, ASTM F2619&API 15 LE

Longitudo : 4 metri\/pcs, 3 metri\/pcs , 5.8 metri\/pcs, 11.8 metri\/pcs

Iunctura : iuncturae adpressu-fusae

Magnitudo (mm)	PN16		PN12.5		PN10		PN8
Magnitudo (mm)	Crassitudo (mm)	Pondus (kg/metro)	Crassitudo (mm)	Pondus (kg/metro)	Crassitudo (mm)	Pondus (kg/metro)	Crassitudo (mm)	Pondus (kg/metro)
20	2.3	0.135
25	2.3	0.173
32	3	0.289	2.4	0.237
40	3.7	0.446	3	0.364
50	4.6	0.693	3.7	0.553	3	0.455
63	5.8	1.051	4.7	0.868	4	0.759
75	6.8	1.469	5.6	1.231	4.5	1.005
90	8.2	2.124	6.7	1.767	5.4	1.447	4.3	1.167
110	10	3.167	8.1	2.614	6.6	2.161	5.3	1.757
125	11.4	4.101	9.2	3.374	7.4	2.756	6	2.261
140	12.7	5.12	10.3	4.23	8.3	3.461	6.7	2.828
160	14.6	6.722	11.8	5.538	9.5	4.527	7.7	3.714
180	16.4	8.496	13.3	7.021	10.7	5.736	8.6	4.668
200	18.2	10.478	14.7	8.626	11.9	7.088	9.6	5.788
225	20.5	13.275	16.6	10.955	13.4	8.979	10.8	7.326
250	22.7	16.339	18.4	13.494	14.8	11.023	11.9	8.972
280	25.4	20.478	20.6	16.921	16.6	13.846	13.4	11.313
315	28.6	25.938	23.2	21.437	18.7	17.546	15	14.25
355	32.2	32.914	26.1	27.183	21.1	22.31	16.9	18.094
400	36.3	41.807	29.4	34.502	23.7	28.241	19.1	23.038
450	40.9	52.985	33.1	43.698	26.7	35.79	21.5	29.173
500	45.4	65.356	36.8	53.978	29.7	44.231	23.9	36.032
560	50.8	81.912	41.2	67.685	33.2	55.384	26.7	45.09
630	109.6	378.500	46.3	85.579	37.4	70.183	30	56.999
710					42.1	89.041	33.9	72.579
800					47.4	112.964	38.1	91.922
900							42.9	116.436
1000					59.3	176.646	47.7	151.6
1200					67.9	243.9	57.2	206.997

Applicatio

1: Fornicium aeris subterranei et alvei

2: Tubuli ventilatorii in fossis carbonis

3: Systema ventilatorium viae publicae, viae ferreae et cryptarum

4: Tuber aestus drainage

5: Portans gas naturale, gas carbonis, Bio-gas etc

METODUS FUSIONIS BUTT TUBI HDPE

Systema tuborum sub pressione HDPE utitur fusione butti ad coniungendum pro magnis dimensionibus, fusione socket pro dimensionibus parvis

Fusio butti utitur machina soudanti ad calefaciendum tubum ex utraque parte (temperatura est 210 + - 10℃) donec terminus tubi liquefiat, debet adhaerere rapidissime termino tubi HDPE et servare certam pressionem, post refrigerationem, omnia procedura completa sunt, tabula subsequens est referentia pro proceduris soudantibus.

Crassitudo Parietis (mm)	Technology
	Technology
	Primum: Praecaletio	Secundum: Fusio	Tertium: Commutatio	Quartum: Connexio
	Pressio prae-caloris:0.15Mpa	Pressio: 0.01Mpa	Maximus:Commuto	Pressio fusionis :0.15Mpa
	Temperatura prae-caloris:210℃	Temperatura prae-caloris:210℃	Tempus Permissionis (s)	Tempus Refrigescendi (s)
	Prae-calor Superplicans altus	Tempus calefaciendi (S)
2-3.9	0.5	30-40	4	4-5
4.3-6.9	0.5	40-70	5	6-10
7.0-11.4	1	70-120	6	10-16
12.2-18.2	1	120-170	8	17-24
20.1-25.5	1.5	170-210	10	25-32
28.3-32.3	1.5	210-250	12	33-40