MINERAL M200 BioZinalium pipes DN150 to 1600 with STANDARD socket

Technical design


150	6.000	5.0	4.0	170	173.4	100.5	220.8	40	23.825	USB15S60BP
200	6.000	5.1	4.0	222	225.2	106.5	275.1	40	32.009	USB20S60BP
250	6.000	5.3	4.0	274	276.8	105.5	328.6	38	41.032	USB25S60BP
300	6.000	5.6	4.0	326	328.8	107.5	385.3	35	51.258	USB30S60BP
350	6.000	6.0	5.0	378	380.9	110.5	464.2	32	65.600	USB35S60BP
400	6.000	6.3	5.0	429	431.9	112.5	516.2	30	77.500	USB40S60BP
450	6.000	6.7	5.0	480	483.0	115.5	574.2	29	91.700	USB45S60BP
500	6.000	7.0	5.0	532	535.0	117.5	629.2	28	105.400	USB50S60BP
600	6.000	7.7	5.0	635	638.1	132.5	738.5	26	136.900	USB60S60BP
700	6.96	9.6	6	738.0	741.7	192	863	29	199	USB70E70BP
800	6.95	10.4	6	842	845.8	197	974	28	243.600	USB80E70BP
900	6.95	11.2	6	945	948.9	200	1082	27	291.5	USB90E70BP
1000	6.96	12.0	6	1048	1052	203	1191	26	343.1	USC10E70BP
1200	8.19	15.3	6	1255	1260	235	1412.5	29	507.600	USC12N80BP
1400	8.170	17.1	9	1462	1467.9	245	1592.1	28	678.900	USC14N80BP
1500	8.160	18.0	9	1565	1571.1	265	1709.8	27	764.700	USC15N80BP
1600	8.16	18.9	9	1668	1674.2	265	1815.9	27	851.300	USC16N80BP

Features

Legend:

DN: nominal diameter
Lu: laying length, in m
e: nominal thickness according to EN598 + A1-08/2009, in mm
er: thickness of cement mortar
ØDE: external nominal diameter of the barrel according to EN598 + A1-08/2009, in mm
ØDI: internal nominal diameter of the socket, in mm
P: nominal depth of the socket, in mm
ØB: nominal diameter of the socket, in mm
Mass: total mass per metre (including cement coating and socket), determined with the nominal thickness, in kg/m
PFA: according to EN598 + A1-08/2009, in bar
Reference: commercial reference Saint-Gobain PAM

Main characteristics:

Internal lining: cement mortar M200 (please contact us for thickness higher than “er”)
Joint gasket material: Nitrile rubber
External coating ^BioZinalium: a layer of zinc-aluminium alloy enriched with copper Zn85Al15 (Cu), with surface density of 400 g/m² covered with a protective red (RAL 3011) layer AQUACOAT 80 μm (mini average), without VOC and without BPA.

Field of use:

Lining M200 vs fluids:

Sea waters, recycled waters, waste waters and brines
Slurries of waste materials to disposal
Effluents/slurries of pH4 to 12

Note: the MINERAL range coatings of SGPAM are suitable for the abrasiveness and salinity of the water and slurries generally found in mines. They are classified by 3 performance grades and their marking begins with the letter M, as shown in the table below. Please, contact us for more details.

Zinc based coatings vs soils, according to EN598:

Basic coating with pure zinc: the ductile cast iron pipes coated with a pure zinc metal layer (minimum 200 g/m²) and a layer of bituminous varnish can be buried in contact with many different types of soil, which may be identified by in-situ soil surveys except for **:
- soil with low resistivity, under 1500 Ω.cm above the water table or under 2500 Ω.cm below it
- mixed soil, i.e. comprising two or more types of soil
- soil with a pH of less than 6 and a large reserve of acidity
- soil containing waste, ash or slag, or soil contaminated by certain types of indistrial waste or effluents
Coating with zinc and aluminium alloy

The ductile cast iron pipes with a minimum zinc and aluminium alloy coating of 400 g/m² with a top coat can be buried in contact with most soils, except for **:
- peaty and acid soil
- soil containing waste, ash or slag, or soil contaminated by certain types of indistrial waste or effluents
- soil situated below the marine water table with a resistivity less than 500 Ω.cm

(**) in these types of soil identified by in-situ surveys, and in the event of stay currents, we recommended additional protection (such as polyethylene sleeving) or other types of suitable external coatings (see EN545, D.1, D.2.2 and D.2.3).