Faridabad, Haryana, India
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Our Products
Lead reused from utilized lead corrosive batteries or different sources (Secondary Smelting) by means of the Mini Blast Furnace or Rotary Furnace course, contains parcel of pollution and undesired segments. Then again, Lead required for battery fabricating is either delicate Lead with 99.97% virtue or hard Lead of changing Antimony creations.
Quality Ball Mill Oxide production:
Three Sizes:
Most of the copper that is used in the industry comes from the process of recycling and hence the copper recycling plants maintain central importance in industry. Metal recycling is the main process to meet the requirements of copper recycling. Keeping in view the importance of this process our company is offering an efficient and easy to install copper recycling plant. We have been into this field for years now and our experience makes us a leading supplier of copper recovery plants. In order to understand the needs and demand of our clients we make sure that we communicate with them before offering them a something. Specific packages are developed that have solutions for customers problems.
World class technology that is being employed in our recycling plants has made it easier for us to improve efficiency and reduce cost of the processing. Low grade scrap is also refined for use. Direct melting is done and high purity yield from the scrap is gained. In modern equipment copper is present in several forms. High tech products have some content of copper in them. Electrical installation, solar system scrap, engine scrap and other such high tech products are completely processed in copper recycling plants to generate useable forms of copper. Some secondary copper sources are also dealt such as electronic waste, production as well as industrial waste. Slag, anode scrap and dust all is gathered and its recycling can be done in our plants. Bar tube and other semi-finished products are also dealt in primary production plant.
MECHANISM:
Consists of dial indicator and special geometry plunger to read hardness of Green Mould from 0 to 100 Nos.
Sand Type:Green Sand
Test: Determines hardness of mould
Application: To find out the Green mould hardness of the sand mould prepared by any method e.g: Hand molding, Jolt Squeeze molding etc.
MECHANISM:
Consists of air tank, water tank, manometer unit, permeability chart, two orifices, rubber seal and siphon.
Misc Spec.:
Sand Type: Green Sand, No-bake Sand, Oil Sand, CO2 Sand
Test: Permeability
Application: To determine permeability number of green sand, core sand and raw sand.
Customer and current industrial requirements are kept in mind while designing a range of aluminum recycling plants. This includes but is not limited to aluminum heating furnaces, aluminum extrusion plants, scrap recycling plants, aluminum alloy plants and aluminum wire road plants. These plants are offered to industries and to maintain desired output for the clients. Scrap aluminum is used after initial production to prepare other products inducing:
In addition to the above, Turnkey projects are also taken up by our company that involve providing assistance for designing and fabrication of aluminum recycling plants. With these furnaces, it becomes possible to assure maximum output of crude aluminum that helps assure minimum level of wastage. Clients are asked about their requirements and different specifications of melting furnaces are offered to them to fulfill their needs.
We are offering steel rolling mill furnace, Pusher furnaces that has an innovative and robust design. It allows low cost of treatment and high efficiency of operation. This is a heavy duty furnace that has no frills. It is for billet reheating. Our smart pusher furnace has allowed achievement of good results in low production rate mills and has remained the top priority in the market. It can process common grade steel such as rebar.
The design that our company is offering is highly adaptable in nature. It can be customized according to the needs of the client. The pusher hearth we offer gives additional benefit off its sturdy construction. The overall design is simple and easy to use. High level of productivity is assured in industry with very low consumption of energy. It is a simple product for companies that are looking for easy to use, sturdy steel rolling mull furnace that is inexpensive as well. This design is the best alternative to high cost sophisticated form of waking hearth beam types present in the market.
This Heat Exchanger is developed for utilization of waste heat from exhaust flue gases of industrial furnaces. The temperature of flue gases should lie in the order of 600°C to 950oC. Thus, an extensive amount of heat energy, which may vary between 35 to 42% of the heat participation to the furnace, goes to the atmosphere as an overall loss. An important part of this entire operation is that the waste heat can be gainfully recovered by installing a Recuperator or Heat Exchanger, which preheats the combustion air from the evasion flue gases to a temperature of about 400oC. This outcome in recycle of waste heat back to the furnace and save about 12-15% of fuel oil. Why Our Heat Exchanger?
Specifications
| Recuperator (Heat Exchanger) Model | Approx. flue gas temp. Inlet. | Approx. fuel burning up of the furnace ( LDO/FO ) | Characteristic Application |
|---|---|---|---|
| Radition Type | |||
| 0 1 HT | 750 - 900oC. | Upto 30 Ltr/Hr. | Forging Furnace |
| 0 2 HT | 750 - 900oC. | 30 - 75 Ltr/Hr. | ( Batch type ) |
| 0 5 HT | 750 - 900oC. | 75 - 150 Ltr/Hr. | Aluminium Melting |
| 0 10 HT | 750 - 900oC. | 150 -300 Ltr/Hr. | Other melting furnaces. |
| Convective Type SPL. Alloy Finned & Plain Steel Tubes | |||
| 0 10 FS | Up to 850oC. | 20 - 50 Ltr/Hr. | - |
| 0 20 FS | Up to 850oC. | 50 - 150 Ltr/Hr. | Rolling Mills |
| 0 30 FS | Up to 850oC. | 150 - 300 Ltr/Hr. | And Heat |
| 0 40 FS | Up to 850oC. | 300 - 500 Ltr/Hr. | Treatment |
| 0 50 FS | Up to 850oC. | 500- 650 Ltr/Hr. | Furnace |
| 0 70 FS | Up to 850oC. | - | - |
