Structural foam has very good strength to weight ratio, thanks to low pressure technology used in its production. Compared to solid plastic made parts, the rigidity is improved, while material consumption is significantly reduced. Although these parts still have dense outer skins, the core remains foamed, giving very good characteristics to final products.
Materials such as metal, fiberglass or concrete have been replaced by plastic. This special technology efficiently replaces all these materials, as well as solid plastic. Cellular core provides better performance than the solid one, including very high structural integrity. Besides, thanks to the fact less material is needed in producing these parts, the costs are significantly lower.
This special molding technology uses lower pressure for manufacturing molds. It requires less energy compared to high pressure injection molding, and it lowers final expenses additionally. Parts made using this technology have the same or even improved strength, with reduced amount of material used. Besides, larger pieces can be molded, and it also affects final costs.
All parts are completely recyclable. Even more, they can be made using only recycled materials. Post-consumer resins are often used. Other types of resins such as polyethylene and polypropylene and different other additives can also be used. Polyethylene is cheaper, but polypropylene has better resistance on cracking and other better characteristics.
In this low pressure molding process, the plastic melt is foamed using nitrogen or some other blowing agent. If nitrogen is used, it lowers the manufacturing costs, because it is taken from the air and, basically, free. This lower pressure and lower viscosity of the mixture require fewer injections, resulting in simpler, and more effective and more economical production.
Structural foam is mostly used for industrial pallets, as well as one piece molded car ramps. The main material used for this purpose is recycled plastic. While it flows through the mold, a solid skin is forming on the edges, but the core remains foamed, reducing the final weight for about 20 percent.
Highly efficient and economical machines used in manufacturing these parts use less energy. They have high compatibility, and can fill numerous molds simultaneously, even if they are of different sizes and shapes, or in hard to reach places. Injection points are individually adjustable. All that results in lowered production costs and significantly eased manufacturing.
Very good economical results and reduced quantity of material used make this technology highly efficient. Besides, the quality of manufactured pieces is undeniable. They perform very well in various conditions, including weather condition exposure and the exposure to temperature changes. High dimensional stability remains the same.
Structural foam technology promises good strength to weigh performance, fast and effective production using less material and lowered expenses. Products made using this low pressure molding method are widely appreciated and used in different weather and temperature conditions, thanks to their very good characteristics. This strong, dependable, easy to produce and light material is really a very good choice.
Materials such as metal, fiberglass or concrete have been replaced by plastic. This special technology efficiently replaces all these materials, as well as solid plastic. Cellular core provides better performance than the solid one, including very high structural integrity. Besides, thanks to the fact less material is needed in producing these parts, the costs are significantly lower.
This special molding technology uses lower pressure for manufacturing molds. It requires less energy compared to high pressure injection molding, and it lowers final expenses additionally. Parts made using this technology have the same or even improved strength, with reduced amount of material used. Besides, larger pieces can be molded, and it also affects final costs.
All parts are completely recyclable. Even more, they can be made using only recycled materials. Post-consumer resins are often used. Other types of resins such as polyethylene and polypropylene and different other additives can also be used. Polyethylene is cheaper, but polypropylene has better resistance on cracking and other better characteristics.
In this low pressure molding process, the plastic melt is foamed using nitrogen or some other blowing agent. If nitrogen is used, it lowers the manufacturing costs, because it is taken from the air and, basically, free. This lower pressure and lower viscosity of the mixture require fewer injections, resulting in simpler, and more effective and more economical production.
Structural foam is mostly used for industrial pallets, as well as one piece molded car ramps. The main material used for this purpose is recycled plastic. While it flows through the mold, a solid skin is forming on the edges, but the core remains foamed, reducing the final weight for about 20 percent.
Highly efficient and economical machines used in manufacturing these parts use less energy. They have high compatibility, and can fill numerous molds simultaneously, even if they are of different sizes and shapes, or in hard to reach places. Injection points are individually adjustable. All that results in lowered production costs and significantly eased manufacturing.
Very good economical results and reduced quantity of material used make this technology highly efficient. Besides, the quality of manufactured pieces is undeniable. They perform very well in various conditions, including weather condition exposure and the exposure to temperature changes. High dimensional stability remains the same.
Structural foam technology promises good strength to weigh performance, fast and effective production using less material and lowered expenses. Products made using this low pressure molding method are widely appreciated and used in different weather and temperature conditions, thanks to their very good characteristics. This strong, dependable, easy to produce and light material is really a very good choice.
About the Author:
Learn more about structural foam and its benefits by visiting our official site at structuralfoammolding.net right now. To access our image gallery and learn more about the structural foam process, check out http://structuralfoammolding.net today.
No comments:
Post a Comment