With many industries - most prominently the automobile industry - touting new initiatives for carbon emission-free production sites, self-sustaining factories or improved recyclabilities for their products, green manufacturing and SDGs (Sustainable Development Goals) have become more than just temporary buzz words, but a global shift towards more efficient and less polluting manufacturing of goods. More and more state regulations are implemented globally, providing subsidies for switching to - or building - newer manufacturing technologies with less emissions and energy requirements, while other regulations punish outdated high-emission production with higher taxes. This global trend provides companies with the opportunity to update their technologies which may have been neglected for many years.

Sustainable Development Goals, or SDGs, - is the guided path to address the development and challenges faced in the world. It is best stated as a blueprint designed to achieve a better and more sustainable future for all. SDGs were developed by the Danish Institute for Human Rights and consist of 17 ambitious goals among 169 targets, that focus on ending poverty, preserving the earth's environment, and ensuring everybody can experience peace and prosperity. The SDGs were set by the United Nations General Assembly in the year 2015 with an intention to achieve its goal by the year 2030.  SDGs by United States of America - REFERENCE 

Electrical conduits known as pipe or tube designed to enclose and protect cables or wires from moisture and physical damage, had marked their first usage for the metal conduits in the 1940s, ever since they have seen to grow on terms of user acceptance, safety and reliability. The global demand for electrical conduits were estimated to be around USD 6.5 billion in 2021 and were seen promising to grow and reach USD 9.1 billion with a compounded annual growth rate of 6.9% from 2021-2026.

These products can vary from casual consumer use all the way to institutional or commercial use. The flexibility of Zinc-Tech™ allows you as a producer to supply the most suitable product to meet your markets demands. From light-wall, low coating weight to heavy duty products you, have the ability to choose.

Conveyor rolls are yet another product that benefits from the many advantages of the Zinc-Tech™ in-line galvanizing processes unique product characteristics. From precise dimensional tolerance to an abrasion resistant, fully fused galvanized exterior, the benefits are significant and far more superior to be achieved with hot dip galvanizing process. Below we have summarize some advantages of this highly economical and profitable end use product.

Galvanizing of Steel Tube intended for use in greenhouse structures must be strong, resist humid environments and be easy to fabricate. Tubing manufactured with the Zinc-Tech™ inline galvanizing process will outperform any other production method like hot dip galvanizing or pre-galv strips. The following summarizes the unique product characteristics and benefits of greenhouse tube manufactured by the inline galvanizing process.

Fence tube is one of the most common end use products which is produced utilizing the Zinc-Tech™ inline galvanizing process. Corrosion performance and strength are vital to a quality fence product. These characteristics are two of the strongest attributes in inline galvanized products. Your customers will immediately recognize your product quality when compared to alternative products made from hot dip galvanizing or pre-galvanized strips.

There are common threads that join all galvanized steel products manufactured by the Zinc-Tech™ process. Superior corrosion protection, exceptional product strength and ease of fabrication are three characteristics that make inline galvanized products perfect for use in the Farming & Agricultural industry.

Easier to install and stronger than its counterparts, scaffolding manufactured by the inline galvanizing process has become the material of choice. Consider its improved resistance to impact, abrasion, corrosion and it is easy to see why the market has fully embraced these superior products over products manufactured through hot dip galvanizing process.

Electrical conduit products are extensively produced utilizing the inline galvanizing process. No alternative process like hot dip galvanizing or usage of pre-galvanizing strips can match the quality or production efficiencies of the Zinc-Tech™ inline galvanizing process for the production of electrical conduits. This is the reason that every major producer of these products utilize inline production technology.