Wear resistance in harsh environments, increased performance, sophisticated surface technologies
The oil and gas industry. Machines operating under challenging conditions day after day; parts subject to strong chemical and galvanic corrosion; extreme wear and tear and massive abrasion. We understand the harsh environments the fossil fuel industry operates in, and our heat and surface treatments are designed to protect your equipment in the field, leading to long-lasting, efficient processing. Many factors contribute to decreased equipment life in the oil and gas industry. These include drilling, moving oil and gas towards factories, relentless interaction with rough seawater, and continued contact with harsh weather conditions. Where regular maintenance is not an option, these factors need tough coatings to prolong equipment life. Some coating advantages include temperature resistance, abrasion resistance, chemical resistance, corrosion protection, and extreme hardness.
Temperature Resistance—Ultraviolet (UV) rays, high/low environmental temperatures, heat emission from machine production, and many more extreme conditions can put wear and tear on metal parts. That is why it is important for parts to be coated in such a way that they can withstand severe circumstances and prolong equipment life span.
Abrasion Resistance—Since the oil and gas industry is in a harsh condition environment, it is important that parts are coated to allow the equipment to overcome daily wear and tear. Decreasing mechanical wear is important in making all the processes run smoothly. Protective metal coatings provide a barrier that increases abrasion resistance caused by drilling and other extracting methods.
Chemical Resistance—Oil and natural gas can carry imperfect components that are fundamentally harsh. To avoid erosion from chemicals such as carbon dioxide (CO2) and hydrogen sulfide (H2S), the parts need to be coated with a formula that promotes chemical resistance to fight the effects that chemicals have on the equipment. In most cases, insufficient chemical resistance can show itself by tempering the equipment, resulting in loss of functionality.
Corrosion Protection—In offshore oil and gas settings, rust is a significant factor in corrosion. As the oil and gas industry advances, there is a possibility for new corrosion challenges to emerge. The quality of the equipment is only as good as the level of protection and maintenance that is provided. Corrosion protection is used to minimize metal corrosion and prolong equipment life.
Extreme Hardness—The constant pounding produced by drilling and pumping causes poorly equipped metal parts to have a short life span. Metal parts that are coated to increase hardness help equipment withstand the intense pressure it endures, lengthening the equipment’s life span.