Product Details
Explosive Bonding Technology
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Advantages of Explosive Cladding Metals
Explosive bonding is free from materials shape, thickness and areas. It is metallurgical joint for dissimilar metals.
1. Excellent Chemical Properties
2. Outstanding Physical Properties
3. Enhanced Mechanical Properties
4. Wide Range of Material Combinations
5. Cost Reduction for Customers
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With excellent corrosion resistance, titanium is widely used for kinds of chemical reactors, heat exchanger parts; however, it costs too much. A good way to solve this problem is using titanium cladding plate (titanium-steel explosive clad metals) substituting for titanium plates. This kind of clad metals combining all the characteristics of good corrosion resistance of titanium plate, with good strength of steel, can meet the requirements of structure as well as reducing the cost. For example, if we make urea synthesis tower, vacuum salt evaporator and polyester reaction kettle with titanium cladding plate,  the cost will reduce around 30-40%. titanium cladding plate is widely used in soda manufacturing. In recent years, there's a new application for titanium cladding plate , which is, used for corrosion resistance materials of steel structures in marine civil projects. Not only because of its low cost, but also the requirements of installation and welding, titanium cladding plate is the best choice.
          Name |
 Clad Metal |
 Base Metal |
Specification |
 Standard |
                  Application |
Titanium-Steel  Cladding plate |
TA1, TA2, TA9, TA10 |
Q235, Q245R Q345R |
1-20/2-120 ×3500×13000mm |
NB/T47002.3-2009ASME, ASTM |
petrochemical, vacuum salt making, Chlor-alkali, food, fertilizer, hydrometallurgy, electroplate and etc. |
Petrochemical Industry
Titanium steel bimetal sheet is widely used for tanks, towers, heat exchangers, pipes, etc. in the field of petrochemical industry, that because of its good corrosion resistance, high temperature resistance, and improving their lifetime of equipments.
Thermal Power Plant
Desulfurization SO2 projects in heat-engine plants, titanium-steel clad plates will be the first choice of materials; every heat-engine plant, especially the big one, needs 300-700 tons of titanium-steel clad plates.
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Heat-exchanger
Welding titanium-steel clad tubes board connecting with titanium pipes to make heat exchanger, there is unmatched in advantages compared with the heat exchanger made by traditional welding method.
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Pressure Vessels
Titanium clad metals can reduce cost of equipments exponentially as well as avoiding many defects. Equipments made by titanium-steel plates can resist corrosion well since its internal titanium layer, and also have strong strength since its outer steel layer. Two layers are bonded, have good heat conductivity, overcoming the thermal stress, heat fatigue resistance, etc. which makes it can work under more poor conditions.
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Marine and Ocean Devices
Titanium clad metals can make steel structures of marine civil projects, and ocean platform since its good corrosion resistance. Not only because of its low cost, but also the requirements of installation, and welding, titanium-steel clad metals, titanium-copper clad metals are necessary to meet properties.
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Salt Plants
With good corrosion resistance, and high temperature performance, Titanium Alloy, hastelloy alloy, monel alloy, and stainless steel clad metals can make crucibles, storage tanks, filtering equipments, etc.Some salt plants need large amount of titanium steel bimetal sheet
Container Making
The thickness of titanium-steel clad metals making pressure vessels, boilers, nuclear reactors, storage tanks, etc. is more than 8mm.
Corrosion Resistance
In order to resist corrosion and reduce cost,people will prefer to choose stainless steel clad plates,nickel alloy clad plates,and titanium steel bimetal sheet.
City Sewage Treatment
Titanium-steel clad plates can make the devices treating sewage.
Hunan Forhome/Phohom Composite Materials Co., Ltd.
Hunan Forhome Composite Materials Co.,Ltd., is a High-tech company focusing on explosive welding of research, develop-ment, production and sales of explosive composite ma-terials, with independent intellectual property rights and import & export rights; We have an annual output of 10000 tons of composite material production capacity, and with 1st and 2nd class pressure vessel, a-class boiler manufacturing license and production capacity.
Our registered capital is RMB 30 million, our headquarter is located in high-tech zone of Changsha, Hunan Province,we have operation, R&D center, marketing center, equipment in Changsha; and experiment, explosion and processing bases in Hengyang, offices in Shanghai and Shenzhen. 
Heat sink is a vital component that helps to dissipate heat from electronic devices. These devices generate heat as they operate, which can damage the internal components and cause malfunctions. In this article, we will explore what heat sinks are, how they work, and why they are important.
What is a heat sink?
A heat sink is a hardware device that is used to regulate the temperature of electronic components by dissipating heat. It is usually made out of an aluminum or copper plate with fins, which help to increase the surface area and improve the efficiency of heat transfer. Heat sinks are commonly used in electronic devices such as computers, power supplies, and mobile phones.
How do heat sinks work?
The purpose of a heat sink is to transfer heat from an electronic component to the surrounding environment. When electronic components such as CPUs or GPUs become hot, the heat is transferred to the metal plate of the heat sink. The heat sink then uses its fins to increase the surface area for the transfer of heat to the air. As the air flows over the fins, it absorbs the heat and carries it away, thus cooling the electronic component.
Why are heat sinks important?
Heat sinks play a significant role in ensuring that electronic devices function correctly and have an extended lifespan. Here are a few key reasons why heat sinks are important:
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Improved performance: When electronic components become too hot, they can malfunction or slow down. Heat sinks help to regulate the temperature of these components, allowing them to operate at their full potential.
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Extended lifespan: Overheating can cause damage to electronic components, leading to a shortened lifespan. Heat sinks help to prevent this by ensuring that the components are kept within their safe temperature range.
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Reliability: By preventing excessive overheating, heat sinks contribute to the overall reliability of electronic devices, reducing the risk of malfunctions and failures.
In summary, heat sinks are an essential component of electronic devices that help to regulate the temperature of electronic components. They improve performance, extend the lifespan of devices, and contribute to their overall reliability. Regular maintenance, cleaning, and replacement of damaged heat sinks are crucial for ensuring the optimal functioning of electronic devices.
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