Decrease Forged Coupler can enhance the efficiency of scaffolding elimination, save working time. Due to the advanced technology, the anti-deformation and anti-tensile properties belonging to the product is stronger. More made for scaffolding and firm around structure, not easy that will slide down. Anti-rust treatment makes the actual drop forged double coupler stay longer, it product after passivation, exterior galvanized anti-rust treatment, Drop Forged Scaffolding Coupler corrosion resistance provides improvement over the ordinary coupler.

Just about all forged products use high-frequency electric powered furnace to heat distinct specifications of carbon structural metallic to 950 ° C -1050 ° C austenite condition, after 4000KN one-time forging can improve its organizational construction and mechanical properties, thereby improving the plasticity and mechanical properties on the product.

Drop Forged Coupler Benefits

A. High quality supplies, higher quality.

Material--The product material is usually Q235 carbon steel that's higher than the standard because raw material.

Quality warranty, more resistance to drops, improve the efficiency associated with scaffolding removal, saving time frame.

B. Advanced technology, much better performance

Products using state-of-the-art technology, avoid the creation malpractice of old craft, causes the product the anti-deformation and the anti-stretching performance to always be stronger, more fits the scaffolding, more firm, challenging to slide.

C. Anti-rust remedy, longer service life.

Once passivation and surface galvanized anti-rust treatment, it is corrosion resistance is preferable to the ordinary coupler, lengthier service life.

D. Typical production, more secure.

According to the professional design along with advanced technology, all products are manufactured in stringent accordance with EN74 plus BS1139 standards, quality assure, ensure construction safety and personnel safety.

https://www.ekscaffolding.com/Scaffolding-tube-pl3635615.html Scaffolding tube

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