Why to choose the balcony guardrail preferred zinc steel balcony guardrail? Because when decorating a balcony guardrail and the thinking is the main corrosion resistance, the second is its appearance is beautiful, and also it is environmental protection. The above several zinc steel guardrail can be satisfied with our requirements.
Preferred zinc steel balcony guardrail factors are the following:
1, the color of the zinc steel guardrail, wins the rainbow of color, compared to conventional stainless steel, cast iron, zinc, steel fence materials with black grind arenaceous cream, grass green, sky blue, deep pink, light pink, such as general colour, also have champagne, bronze, imitation bronze and other special color, more major is powder can themselves be fond of according to the customer to adjust the color.
Zinc steel balcony guardrail images
2, zinc steel guardrail environmental consecrated themselves, instead of the traditional, wrought iron rust, blend of green environmental protection science and technology, create a new horizon. Traditional, wrought iron fence is simple rust, use of life is short, but rust, wrought iron baluster, basically there is no security can be said, and relative to stainless steel, capital is higher. Zinc steel guardrail choose polyester powder coating makes the guardrail products with good self-cleaning function, can make the product surface light, don't be stained with dirt, after the rain of scour and nozzle spray washing can if brightness is new.
3, zinc steel guardrail choose no welding connection, anyway, cross equipment simple, compared with traditional, wrought iron railing, equipment more convenient, the surface more and more beautiful. Its special equipment method only can end devices in a screwdriver.
4, new steel guardrail high security features. Zinc steel guardrail selects the using life of up to 50 years of modification of high strength nylon, its strength and hardness is much higher than ordinary steel and wrought iron materials, can accept more than 183 mpa pressure per square meter, 2729 mpa tensile force, acceptable under 220 ℃ high temperature deformation.