Ubicación y contacto

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M\u00e9xico., 66052 Tel +52 (81) 8154-0200 ventas@prolamsa.com \r\n\r\n<\/body>\r\n<\/html>\r\n\r\n","location":{"icon":"https:\/\/www.prolamsa.com\/wp-content\/plugins\/wp-google-map-plugin\/assets\/images\/\/default_marker.png","lat":"25.819308","lng":"-100.296307","city":"General Escobedo","state":"Nuevo Le\u00f3n","country":"Mexico","onclick_action":"marker","redirect_custom_link":"","marker_image":"","open_new_tab":"yes","postal_code":"65210","draggable":false,"infowindow_default_open":false,"animation":"BOUNCE","infowindow_disable":true,"zoom":5,"extra_fields":""},"categories":[],"custom_filters":""},{"id":"2","title":"Axis Pipe & Tube Bryan, USA.","address":"Bryan, USA 1451 Louis Mikulin Rd Bryan, Texas, USA, 77807","source":"manual","content":"\r\n<html>\r\n<head><\/head>\r\n<body>\r\n<strong> Bryan, USA. <\/strong> 1451 Louis Mikulin Rd Bryan, Texas, USA, 77807 Tel +1 (979) 703-6847 info@axispipeandtube.com \r\n\r\n<\/body>\r\n<\/html>\r\n\r\n","location":{"icon":"https:\/\/www.prolamsa.com\/wp-content\/plugins\/wp-google-map-plugin\/assets\/images\/\/default_marker.png","lat":"30.731118","lng":"-96.449916","city":"Bryan, Texas, USA.","state":"Texas.","country":"USA","onclick_action":"marker","redirect_custom_link":"","marker_image":"","open_new_tab":"yes","postal_code":"","draggable":false,"infowindow_default_open":false,"animation":"BOUNCE","infowindow_disable":true,"zoom":5,"extra_fields":""},"categories":[],"custom_filters":""},{"id":"3","title":"PROLAMSA Laredo, USA.","address":"Auburn Road, Laredo, Texas, USA","source":"manual","content":"<html>\r\n  <\/head><\/head>\r\n <body>\r\n\r\n   <strong>Laredo, USA.<\/strong>12002 Auburn Road Laredo Tx. USA, 78045Tel. +1 (956) 718-2360sales@prolamsausa.com\r\n\r\n<\/body>\r\n<\/html>\r\n\r\n","location":{"icon":"https:\/\/www.prolamsa.com\/wp-content\/plugins\/wp-google-map-plugin\/assets\/images\/\/default_marker.png","lat":"27.611365","lng":"-99.514576","city":"Laredo","state":"Texas.","country":"USA","onclick_action":"marker","redirect_custom_link":"","marker_image":"","open_new_tab":"yes","postal_code":"","draggable":false,"infowindow_default_open":false,"animation":"BOUNCE","infowindow_disable":true,"zoom":5,"extra_fields":""},"categories":[],"custom_filters":""},{"id":"4","title":"PROLAMSA Monterrey, MEX.","address":"L\u00e1zaro C\u00e1rdenas, Ni\u00f1o Artillero, Monterrey, Nuevo Le\u00f3n, M\u00e9xico","source":"manual","content":"<html>\r\n<head><\/head>\r\n<body>\r\n<strong> \r\nPROLAMSA Monterrey, MEX. <\/strong> L\u00e1zaro C\u00e1rdenas 1525 Pte. Col. Ni\u00f1o Artillero Monterrey, N.L. M\u00e9xico, 64280 Tel +52 (81) 8154-0200 ventas@prolamsa.com \r\n\r\n<\/body>\r\n<\/html>\r\n","location":{"icon":"https:\/\/www.prolamsa.com\/wp-content\/plugins\/wp-google-map-plugin\/assets\/images\/\/default_marker.png","lat":"25.72139207344866","lng":"-100.32974273865358","city":"Monterrey","state":"Nuevo Le\u00f3n","country":"Mexico","onclick_action":"marker","redirect_custom_link":"","marker_image":"","open_new_tab":"yes","postal_code":"64280","draggable":false,"infowindow_default_open":false,"animation":"BOUNCE","infowindow_disable":true,"zoom":5,"extra_fields":""},"categories":[],"custom_filters":""},{"id":"5","title":"PROLAMSA Tepeji del R\u00edo, MEX.","address":"Parque Industrial Tepeji Del Rio, Tepeji, Hgo., Mexico","source":"manual","content":"<html>\r\n<head><\/head>\r\n<body>\r\n<strong>PROLAMSA Tepeji del R\u00edo, MEX. <\/strong>  Parque Industrial Tepeji del R\u00edo Tepeji del R\u00edo, Hgo., M\u00e9xico, 42850 Tel +52 (773) 731-0279 ventas@prolamsa.com \r\n\r\n<\/body>\r\n<\/html>\r\n","location":{"icon":"https:\/\/www.prolamsa.com\/wp-content\/plugins\/wp-google-map-plugin\/assets\/images\/\/default_marker.png","lat":"19.84962599459519","lng":"-99.2816260049629","city":"Tepeji del Rio de Ocampo","state":"Hidalgo","country":"Mexico","onclick_action":"marker","redirect_custom_link":"","marker_image":"","open_new_tab":"yes","postal_code":"42884","draggable":false,"infowindow_default_open":false,"animation":"BOUNCE","infowindow_disable":true,"zoom":5,"extra_fields":""},"categories":[],"custom_filters":""},{"id":"6","title":"PROLAMSA Houston Tx.","address":"16420 Park Ten Place, Houston, TX 77084, USA","source":"manual","content":"<html>\r\n<head><\/head>\r\n<body>\r\n<strong> PROLAMSA Houston Tx. <\/strong> 16420 Park Ten Place, Houston, TX 77084, USA. Tel. +1 (281) 494-0900 sales@prolamsausa.com \r\n<\/body>\r\n<\/html>\r\n","location":{"icon":"https:\/\/www.prolamsa.com\/wp-content\/plugins\/wp-google-map-plugin\/assets\/images\/\/default_marker.png","lat":"29.787332","lng":"-95.668764","city":"Houston","state":"Texas","country":"United States","onclick_action":"marker","redirect_custom_link":"","marker_image":"","open_new_tab":"yes","postal_code":"77084","draggable":false,"infowindow_default_open":false,"animation":"DROP","infowindow_disable":true,"zoom":5,"extra_fields":""},"categories":[{"id":"","name":"","type":"category","extension_fields":[],"icon":"https:\/\/www.prolamsa.com\/wp-content\/plugins\/wp-google-map-plugin\/assets\/images\/\/default_marker.png"}],"custom_filters":""},{"id":"7","title":"PROLAMSA Culiac\u00e1n, Sin.","address":"Blvd. Jesus Kumate Rodriguez No. 5420 sur. In.6G, Col. Parque Industrial El Trebol Culiacan, Sin. 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Diametro nominal Nominal diameter	Diametro exterior External diameter	Calibre Gauge	Espesor Thickness	Inventario Stock	Longitud (m) Length (m)	Piezas / paquete Pieces / bundle	Kg / m
2"	2 3/8"	10	0.1345"		6.40	37	4.79
2 1/2"	2 7/8"	9	0.1495"	*	6.40	37	6.48
3"	3 1/2"	3/16"	0.1875"	*	6.40	19	9.87
4"	4 1/2"	3/16"	0.1875"	*	6.40	19	12.85
6"	6 5/8"	3/16"	0.1875"	*	6.40	7	19.18

Diametro nominal Nominal diameter	Diametro exterior External diameter	Calibre Gauge	Espesor Thickness	Longitud (m) Length (m)	Piezas / paquete Pieces / bundle	Kg / m
1/2"	0.840"	14	0.0747"	6.10	169	0.91
3/4"	1.050"	14	0.0747"	6.10	127	1.16
1"	1.315"	14	0.0747"	6.10	91	1.47
1 1/4"	1.660"	13	0.0897"	6.10	61	2.24
1 1/2"	1.900"	13	0.0897"	6.10	61	2.58
2"	2 3/8"	12	0.1046"	6.10	37	3.77
2 1/2"	2 7/8"	12	0.1046"	6.10	37	4.61
3"	3 1/2"	11	0.1196"	6.10	19	6.43
4"	4 1/2"	11	0.1196"	6.10	19	8.33
6"	6 5/8"	3/16"	0.1880"	6.10	7	19.23

Diametro nominal Nominal diameter	Diametro exterior External diameter	Calibre Gauge	Espesor Thickness	Inventario Stock	Longitud (m) Length (m)	Piezas / paquete Pieces / bundle	Kg / m
2"	2 3/8"	0.216"	0.2160"	*	6.40	37	7.41
2 1/2"	2 7/8"	1/4"	0.2500"	*	6.40	37	10.43
3"	3 1/2"	5/16"	0.3125"	*	6.40	19	15.83
4"	4 1/2"	5/16"	0.3125"	*	6.40	19	20.80

Diametro nominal Nominal diameter	Diametro exterior External diameter	Calibre Gauge	Espesor Thickness	Inventario Stock	Longitud (m) Length (m)	Piezas / paquete Pieces / bundle	Kg / m
1/4"	0.540"	14	0.0747"	*	6.40	169	0.55
3/8"	0.675"	13	0.0897"	*	6.40	169	0.83
1/2"	0.840"	12	0.1046"		6.40	91	1.22
3/4"	1.050"	12	0.1046"		6.40	91	1.57
1"	1.315"	10	0.1345"		6.40	61	2.52
1 1/4"	1.660"	10	0.1345"		6.40	37	3.26
1 1/2"	1.900"	10	0.1345"		6.40	37	3.77
2"	2 3/8"	9	0.1495"		6.00	37	5.29
2 1/2"	2 7/8"	0.203"	0.2030"		6.40	37	8.62
3"	3 1/2"	4	0.2242"		6.00 / 6.40	19	11.67
4"	4 1/2"	4	0.2242"		6.40	19	15.24
6"	6 5/8"	0.280"	0.2800"		6.40	7	28.24

Descripción Description	Ancho Width	Largo Length	Calibre Gauge	Espesor Thickness	Inventario Stock	Ancho (m) Width (m)	Largo (m) Length (m)	Kg / m
147-L	3'	3'	20	0.0359"	*	0.89	0.91	6.53
	3'	6.4'	20	0.0359"	*	0.89	1.95	6.53
	3'	8'	20	0.0359"	*	0.89	2.44	6.53
	3'	10'	20	0.0359"	*	0.89	3.05	6.53
147-LC	3'	6'	22	0.0299"	*	0.89	1.83	5.45
	3'	8'	22	0.0299"	*	0.89	2.44	5.45
	3'	10'	22	0.0299"	*	0.89	3.05	5.45

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Descripción Description	Diámetro Diameter	Calibre Gauge	Espesor Thickness	Inventario Stock	Longitud (m) Length (m)	Piezas / paquete Pieces / bundle	Kg / m
R-150	1.50"x 0.75"	16	0.0598"	*	6.00	98	1.29
		14	0.0747"	*	6.00	98	1.59
		11	0.1196"	*	6.00	98	2.25
R-151	1.50"x 1.00"	20	0.0359"	*	6.00	84	0.88
		18	0.0478"		6.00	84	1.16
		16	0.0598"	*	6.00	100	1.44
		14	0.0747"	*	6.00	84	1.78
		11	0.1196"	*	6.00	63	2.55
R-175	1.75"x 0.75"	20	0.0359"		6.00	84	0.88
R-175	1.75"x 0.75"	18	0.0478"		6.00	84	1.16
R-200	2.00"x 1.00"	20	0.0359"		6.00	50	1.06
		18	0.0478"		6.00	50	1.40
		16	0.0598"		6.00	50	1.74
		14	0.0747"		6.00	50	2.15
		12	0.1046"	*	6.00	50	2.95
		11	0.1196"	*	6.00	50	3.15
R-225	2.25"x 0.75"	20	0.0359"		6.00	55	1.06
R-225	2.25"x 0.75"	18	0.0478"		6.00	55	1.40
R-249	2.50"x 1.25"	20	0.0359"		6.00	54	1.34
		18	0.0478"		6.00	54	1.77
		16	0.0598"	*	6.00	54	2.20
		14	0.0747"	*	6.00	54	2.72
		12	0.1046"	*	6.00	54	3.75
R-250	2.50"x 1.50"	18	0.0478"	*	6.00	48	1.89
		14	0.0747"		6.00	48	2.91
		12	0.1046"	*	6.00	40	4.01
		11	0.1196"	*	6.00	40	4.36
R-275	2.75"x 1.00"	12	0.1046"	*	6.00	40	3.75
R-275	2.75"x 1.00"	11	0.1196"	*	6.00	40	4.06
R-375	3.00"x 0.75"	14	0.0747"	*	6.00	48	2.72
R-301	3.00"x 1.00"	18	0.0478"	*	6.00	48	1.89
		16	0.0598"	*	6.00	48	2.35
		14	0.0747"	*	6.00	48	2.91
		11	0.1196"	*	6.00	48	4.36
		10	0.1345"	*	6.00	48	4.84
R-300	3.00"x 1.50"	22	0.0299"		6.00	49	1.34
		20	0.0359"		6.00	49	1.61
		18	0.0478"		6.00	49	2.13
		16	0.0598"	*	6.00	49	2.65
		14	0.0747"		6.00	49	3.29