|
|
|
Company Name: |
Lake Metal Culvert Co., Ltd |
| Contact Person: |
zhagnhui |
| City: |
hengshui |
| Country: |
China
 |
| Local Time: |
|
| E-mail: |
Premium
Membership Required (Join Free Today) |
|
| Introduction: |
Lake Metal Culvert Co., Ltd. has been striving for a leader in the field of metal culverts. It has set up a solid reputation by manufacturing professional metal culverts, state-of-art corrugated metal pipes, structural plates and end treatments.
The right choice
When we started from scratch in 1998, we focused on manufacture economic and attractive infrastructure solutions in a full series of sizes and types, covering culverts, storm water sewer, sanitary sewer, small bridge, railway tunnel, underpasses and grade separations. Give us your applications, and our technical team will work hard to find out the best solutions.
The right quality
Although a lot of products are manufactured, they have something in common - better quality and better performance. Corrugated metal pipe, structural plates in different profiles, and end treatments are all designed according to practical conditions. They are not only durable and economic, but also add attractiveness to the landscape.
The most trusted team
Lake?s team is a hard work team, a professional team. Our designers have rich experiences and they know how to resolve problems, for example how to select the right foundation, what material and shape should be used. Our workers, though they are not so familiar with the design, they are very skilled at installing.
Lake Metal Culvert Company benefits leading-edge project management and first-class products. We believe that our hard work will win reputation and trust by our customers both home and abroad. |
| Business Type: |
Manufacturer |
| Areas of
Interest: |
1. Raw Materials/Metals
|
|
|
|
Offers
From This Member (6) |
|
|
|
[Sell] End treatment of corrugated metal pipe enhancing performances |
 |
|
End treatments add a hydraulically superior, economical, and aesthetic property to various of culverts. They are often made of galvanized steel and aluminum. These materials are light, flexible and resistant to weathers, abrasion and corrosive liquids.
They can be combined with corrugated metal pipes in either annular or helical corrugations. End treatments can be reused when the culvert relocating or lengthening.
Safety end sections are available in 6 : 1 or 4 : 1 slopes. Standard end sections are suitable for corrugated pipes up to 2400 mm in diameter and pipe arches up to 2130 mm span by 1460 mm rise. For special diameters, please contact us.
Features:
Lightweight Economical Significantly improved flow characteristics Enhance scour and sedimentation conditions Controlling headwater depth
Culvert end treatment in steel is light and versatile Aluminum end section with a slope of 6 : 1
Economical and hydraulically superior end treatment for culverts |
|
| » Raw Materials/Metals |
|
|
|
[Sell] Pipe-arch outlasts concrete structure. Lightweight and economical |
|
|
Pipe-arch is a modification of round pipe in its low-profile. It is especially designed for culverts, bridges and underpasses with limited headroom, providing hydraulic benefits at low flow velocity. Usually, pipe-arches are equipped with end treatments to improve performances.
Culvert end treatment in steel is light and versatile Pipe-arch fabricated by structural plates are used in arctic weather, for its performance will not be severely affected
Benefits:
Lightweight: Steel or aluminum arches are so light to easy installation, for their mass approximately 1/10 and 1/30 respectively the mass of concrete structures.
Strength: Corrugations and soil arching around the pipe-arch make this lightweight structure to withstand relatively high loads, such as the impact and vibration of trucks, cars, trains and other vehicles and equipment.
Durability: Galvanized or aluminized coating significantly extends the life span reducing percentage of repairmen or maintenance.
Aesthetic appearance: Shining pipe-arch profile adds an attractive view to entry statements or embankment.
Applications:
Pipe-arches are often applied as culverts, small bridges, fish passages, grade separations.
Products description:
Corrugation profile: pitch by depth - 36×6mm, 68×13mm and 125×26mm;
Plate thickness: 1.2 to 3.5mm;
Span: 1854mm to 7620mm;
Rise: 1397mm to 4240mm;
Corrosion protection: hot-dip galvanized steel, aluminized, polymer coated
Pipe-Arch
Part No. Span Rise End Area Min. Cover (mm) Part No. Span Rise End Area Min. Cover (mm)
　 (mm) (mm) (m2) CL Vehicle E-80 　 (mm) (mm) (m2) CL Vehicle E-80
PAC01 1854 1397 2.04 300 381 PAC36 4242 2616 8.64 759 859
PAC02 1930 1448 2.23 300 396 PAC37 4267 2946 9.75 754 864
PAC03 2057 1499 2.42 300 422 PAC38 4293 2667 9.01 756 869
PAC04 2060 1520 2.49 300 422 PAC39 4318 2997 10.13 754 874
PAC05 2134 1549 2.6 300 437 PAC40 4343 2718 9.38 754 879
PAC06 2210 1600 2.88 300 452 PAC41 4370 2870 9.76 798 884
PAC07 2240 1630 2.9 300 458 PAC42 4394 3048 10.59 760 889
PAC08 2337 1651 3.07 300 478 PAC43 4521 2769 9.75 803 914
PAC09 2413 1702 3.25 308 493 PAC44 4547 3099 10.96 799 920
PAC10 2440 1750 3.36 311 498 PAC45 4674 2819 10.13 847 945
PAC11 2489 1753 3.53 318 508 PAC46 4720 3070 11.38 844 954
PAC12 2590 1880 3.87 330 528 PAC47 4724 2870 10.5 843 955
PAC13 2616 1803 3.72 333 533 PAC48 4750 3200 11.8 722 960
PAC14 2690 2080 4.49 343 548 PAC49 4775 2921 10.96 840 965
PAC15 2692 1854 3.99 343 549 PAC50 4826 2997 11.33 832 975
PAC16 2845 1905 4.27 362 579 PAC51 4826 3251 12.26 844 975
PAC17 2896 1956 4.55 368 589 PAC52 4953 3302 12.73 878 1001
PAC18 2972 2007 4.83 378 605 PAC53 5004 3023 11.71 886 1011
PAC19 3100 1980 4.83 600 630 PAC54 5050 3330 13.24 887 1020
PAC20 3124 2057 5.11 600 635 PAC55 5055 3073 12.17 883 1021
PAC21 3251 2108 5.39 600 660 PAC56 5182 3404 13.56 924 1047
PAC22 3327 2159 5.67 600 676 PAC57 5232 3454 14.03 923 1057
PAC23 3400 2010 5.28 684 690 PAC58 5309 3505 14.59 928 1072
PAC24 3480 2210 5.95 630 706 PAC59 5490 3530 15.1 975 1108
PAC25 3531 2261 6.22 628 716 PAC60 5512 3607 15.51 967 1113
PAC26 3607 2311 6.6 633 732 PAC61 5664 3658 15.98 1009 1143
PAC27 3730 2290 6.61 722 756 PAC62 5715 3708 16.44 1007 1153
PAC28 3759 2362 6.87 674 762 PAC63 5890 3710 17.07 1056 1188
PAC29 3810 2413 7.25 672 772 PAC64 5944 3810 17.47 1053 1199
PAC30 3861 2464 7.53 671 782 PAC65 5994 3861 18.02 1051 1209
PAC31 3890 2690 8.29 682 788 PAC66 6071 3912 18.58 1056 1224
PAC32 3912 2540 7.9 665 793 PAC67 6250 3910 19.18 1106 1260
PAC33 4039 2845 9.01 709 818 PAC68 6274 4013 19.6 1095 1265
PAC34 4089 2565 8.27 716 828 PAC69 7040 4060 22.48 1422 1418
PAC35 4115 2896 9.48 715 833 PAC70 7620 4240 25.27 1571 1534 |
|
| » Raw Materials/Metals |
|
|
|
[Sell] Structural plate pipe protecting and decorating the landscape |
|
|
Structural plate pipe culvert is rapidly become an alternative of culvert, bridge and underpass construction, for its high strength and affordability and easy handling. Round pipe is a basic shape; it also has different versions such as vertical and horizontal ellipse, pear shape. All these shapes have their own characters and the most suitable applications.
Round pipe is the most common and versatile shape. All the plates share the same radius. Its maximum span can reach 8.02 meter. It is primarily used as culverts, sub-drains, sewers, service tunnels, but also appropriate for storage bins, tunnels and bridges.
Pear shape features wide at top and narrow at bottom. This unique shape is very suitable for underpasses and grade separations. Sometimes, it is also employed as storm sewer and railway tunnels. It is 8.56 meter wide at its maximum and total rise can reach 8.61 meter.
Ellipse shapes are ideal for underpasses, recovery and service tunnels. Horizontal ellipse prefers to vehicular underpasses, multi-lane, grade separations and tunnels, while vertical ellipse is better for single lane vehicular and railway underpasses.
Although they are different in shapes, they have one point in common: they are assembled by structural plates. Unlike concrete constructions, they have lightweight, short delivery time, economic cost as well as aesthetic appearances.
Round pipe culverts are polymer coated for 100+ years of service period
Part No. Span End Area
Min. Cover (mm)
Part No. Span End Area Min.Cover(mm)
(mm) (m2) CL Vehicle E-80 (mm) (m2) CL Vehicle E-80
SPR01 1500 1.77 300 310 SPR14 4300 14.49 725 870
SPR02 1660 2.16 300 342 SPR15 4610 16.66 777 932
SPR03 1810 2.57 300 372 SPR16 4920 18.99 829 994
SPR04 1970 3.05 300 404 SPR17 5230 21.46 880 1056
SPR05 2120 3.53 300 434 SPR18 5540 24.08 932 1118
SPR06 2280 4.08 300 466 SPR19 5850 26.86 984 1180
SPR07 2430 4.64 310 496 SPR20 6160 29.79 1035 1242
SPR08 2590 5.27 330 528 SPR21 6470 32.87 1087 1304
SPR09 2740 5.89 349 558 SPR22 6780 36.1 1139 1366
SPR10 3050 7.3 600 620 SPR23 7090 39.48 1190 1428
SPR11 3360 8.86 600 682 SPR24 7400 43.01 1242 1490
SPR12 3670 10.57 620 744 SPR25 7710 46.7 1294 1552
SPR13 3990 12.5 674 808 SPR26 8020 50.53 1345 1614
Vertical Ellipse
Vertical ellipse sketch drawing
Vertical ellipse culvert through a small hill
Part No. Span Rise End Area Min. Cover(mm)
(mm) (mm) (m2) CL Vehicle E-80
SPV01 2310 2570 4.63 300 472
SPV02 2460 2740 5.23 314 502
SPV03 2620 2900 5.89 334 534
SPV04 2920 3230 7.29 371 594
SPV05 3200 3560 8.86 600 650
SPV06 3580 3890 10.87 600 726
SPV07 3810 4220 12.43 312 772
SPV08 4140 4570 14.43 665 838
SPV09 4340 4830 16.58 694 878
SPV10 4650 5160 18.88 744 940
SPV11 4950 5460 21.35 794 1000
SPV12 5260 5820 23.97 842 1062
SPV13 5540 6120 26.73 887 1118
SPV14 5840 6450 29.65 935 1178
SPV15 6120 6780 32.72 978 1234
horizontal ellipse pipe sketch view
Twin horizontal ellipse structural plate pipes as storm water sewers
Horizontal Ellipse
Part No. Span (ft. - in.) Rise (Ft. In.) End Area (Sq. Ft.)
HE01 9-2 6-8 48
HE02 9-11 7-0 54
HE03 10-7 7-3 60
HE04 10-11 7-11 68
HE05 11-4 7-6 66
HE06 11-8 8-3 75
HE07 12-0 8-11 84
HE08 12-1 7-9 73
HE09 12-5 8-6 82
HE10 12-9 9-2 92
HE11 12-10 8-1 80
HE12 13-2 8-9 89
HE13 13-6 9-6 99
HE14 13-7 8-4 87
HE15 13-11 9-0 97
HE16 14-3 9-9 108
HE17 14-7 10-5 119
HE18 14-11 11-2 130
NOTE: Dimensions are to inside corrugation crests.
Pear shape culvert profile
Pear-shaped culvert
Part No. Max. Span Bottom Rise Total Rise End Area
(mm) (mm) (mm) (m2)
SPD01 7210 4550 7820 44.69
SPD02 7570 5100 8430 50.54
SPD03 8360 5510 8230 53.7
SPD04 8100 5460 8610 54.91
SPD05 8560 5130 8480 57.97
SPD06 7320 4880 8530 48.84 |
|
| » Raw Materials/Metals |
|
|
|
[Sell] Corrugated structural plate assembled into seven arches |
|
|
Corrugated structural plates are available in steel and aluminum. Both are hot-dip-galvanized with 3-ounce zinc coating, which gives the plate a 40% longer life span than regular corrugated steel pipe.
Fig-2, Structural plates can be assembled to seven shapes
For similar size, structural plates are far lighter than reinforced concrete pipe, reducing equipment costs and allowing for easy operation of long preassembled structures.
Corrugated metal structural plates are conveyed to job site and finished assembling into final shapes through bolting. As finished on-site, structural plates won?t have shipment limitations as did the large conventional pipes. They can be bolted into the desired shape and size to meet the practical application. Especially, when spans exceed 12 ft., structural plate is the premier choice.
Steel structural plate pipe is bolted by modular plates
Hot-dipped galvanized steel structural plates stocked at the warehouse.
Structural plates combine the advantage of deep-corrugated, hot-dipped galvanized, light weight, easy shipment and installation. They are the most versatile on the market and extensively used both at home and abroad.
Corrugated steel structural plates come in seven basic shapes: (see fig-2) round, versatile ellipse, low and high profile, standard arch, pipe arch, and box culverts. Each type has its own features and extensive applications.
Benefits
Strong: Deep-corrugated construction gives it 8 times the stiffness of conventional structural plate and the ability of withstanding the heaviest loads.
Lightweight: Aluminum structural plates are much lighter than typical structural plate or conventional plates, making them suitable for remote areas.
Long life span: Hot dipped galvanized coating creates a protective film and gives structural plates a 50% longer life span.
Friendly to Environment: The structure types virtually eliminate streamed interference. And their wide-span prevents blockages and flooding. Unlike conventional bridges, which need continuous maintenance, the structures made by metal structural plates require fewer repairs. |
|
| » Raw Materials/Metals |
|
|
|
[Sell] Aluminum box culvert, the premier replacement of concrete culvert |
|
|
Aluminum box culverts provide a practical and low-cost solution for small bridge or other hydraulic structures. Aluminum structural plate box culverts are field assembled into the desired shape depending on practical situations. Box culverts should be given top priority when the headroom over the structure is limited, for example, 1.4 to 5.0 feet.
Aluminum box culvert in final shape
Compared with conventional concrete box culverts, box culverts do little damage to the environment, especially environmentally sensitive streams. Aluminum box culverts are not affected by the extreme weathers, such as frost weather, eliminating regular and expensive maintenance. They also have short delivery time, economic cost, and easy installation and free maintenance.
Benefits of Aluminum structural plate box culvert
Lightweight
Lightweight of structural plate box culverts is a vital benefit of easy handling. For similar volume, the weight of aluminum accounts for 2% of concrete pipe and 1/3 of steel structure.
Easy installation
Aluminum structural plates can be preassembled not at the final installation place to significantly shorten the handling time. Lightweight makes the plates easy to handle at the installation plate.
Long life span
Aluminum alloy form a thin but tough surface barrier when exposed to oxygen. This barrier is not easy to damaged or removed by harsh environment conditions. A great number of studies and researches have proven that aluminum drainage products have at least 75 year service life for 0.1 inch-thickness aluminum plate. In salt water area like coastal areas, granular backfill materials around the structure will not reduce but enhance performance.
Friendly to environment
installation of aluminum box culvert reduce or abandon the use of conventional building materials, such as cement, sand, gravel, wood. And its delivery time is much shorter. All these factors contribute to little damage to environments.
Product specifications
Part No. Span(mm) Rise(mm) End area (m2)
ACB01 3170 1180 3.12
ACB02 3550 1420 4.33
ACB03 3840 1465 4.94
ACB04 3965 2210 7.35
ACB05 3865 1260 4.18
ACB06 4105 1860 6.56
ACB07 4210 1310 4.76
ACB08 4735 1960 8.16
ACB09 4550 1360 5.36
ACB10 4890 1610 6.97
ACB11 4860 2365 10.09
ACB12 5155 2420 11.06
ACB13 5215 1670 7.72
ACB14 5360 2075 9.89
ACB15 5320 1440 6.62
ACB16 5445 2480 12.07
ACB17 5655 1505 7.33
ACB18 5955 2645 14.23
ACB19 5895 1595 8.17
ACB20 6165 1900 10.33
ACB21 6235 2715 15.36
ACB22 6320 1645 8.91
ACB23 6480 1975 11.25
ACB24 6495 2380 13.89
ACB25 6645 1720 9.77
ACB26 6970 1795 10.67
ACB27 7000 2200 13.5
ACB28 7025 2610 16.35
ACB29 7290 1875 11.62
ACB30 7300 2285 14.58
ACB31 7310 2690 17.56
Part No. Span (mm) Rise (mm) End area (m2)
ACB32 7405 1680 10.21
ACB33 7800 1965 12.71
ACB34 7945 2370 15.87
ACB35 8575 1920 13.9
ACB36 8605 2325 17.38
ACB37 8635 2735 20.89
ACB38 9145 1940 14.64
ACB39 9225 2345 18.35
ACB40 9310 2750 22.1
ACB41 9810 2105 16.92
ACB42 9865 2510 20.9
ACB43 9920 2920 24.92
ACB44 10460 2285 19.43
ACB45 10485 2690 23.68
ACB46 10515 3100 27.95
ACB47 10895 2355 20.59
ACB48 10940 2760 25.02
ACB49 10990 3165 29.47
ACB50 11645 2530 23.31
ACB51 11700 2935 28.04
ACB52 11750 3345 32.81
ACB53 12270 2745 26.46
ACB54 12290 3150 31.45
ACB55 12315 3555 36.45
ACB56 13028 2830 30.72
ACB57 13050 3236 36.02
ACB58 14092 3071 35.61
ACB59 14111 3477 41.34
ACB60 15020 3168 38.38
ACB61 15038 3574 44.48
ACB62 15579 3845 49.46
ACB63 15748 3994 52.12
Aluminum box culvert used as a bridge, which will significantly decrease bridge budget but will enhance the performance. |
|
| » Raw Materials/Metals |
|
|
|
[Sell] Corrugated metal pipe does better but saves money and time |
|
|
Corrugated metal pipe is a perfect combination of strength, aesthetics, durability, economy and performance. An increasing number of engineers and designers tend to choose corrugated metal pipes for culverts, storm sewers, small bridges, grade separations and storm water detention systems.
Corrugated metal pipes are available in a series of corrugation profiles and wall thicknesses with the diameter up to 144?. To extend their service lives, various protective coatings are provided, including galvanized, aluminized and polymer coated. Corrugated pipes can be fabricated by steel or aluminum which doesn?t need protective coating. All these choices allow designers and engineers to choose the appropriate pipe in accordance with the practical applications.
Polymer coated corrugated steel pipe can serve 100 plus years
Corrugated aluminum pipe at manufacturing shop
Optional coating
Galvanized corrugated steel pipe, galvanized method is a standard way to enlarge life spans of steel products. Research shows that galvanized coating provide about 25 years of service period.Aluminized type 2 coating corrugated steel pipe offer excellent corrosion resistance against corrosive media and abrasive bedload. Its maximum life span can reach 75 years.
Polymer coated corrugated steel pipe will withstand to aggressive conditions with high concentrations of acids and alkalis. Its perfect performances surpass any concrete pipes.
Corrugated Metal Pipe
Part No. Corrugations (pitch by depth) (inch) Round Pipe Diameter(inch)
CMP01 1-1/2 × 1/4 6 - 10
CMP02 2-2/3 × 1/2 12 - 72
CMP03 3 × 1 48 - 102
CMP04 5 × 1 48 - 144
Benefits:
Lightweight
Economical
Easy to install
Versatile
Durable
A series of sizes, thicknesses, materials and coatings to be chosen.
Deep corrugation adds strength to the pipe.
Corrugated steel pipe installation spent two days containing the prepared work of one and a half days
|
|
| » Raw Materials/Metals |
|
|
|
|
|
Pages: 1
|
|
|
|
|
