Stair Steps Steel Grating Metal Galvanized

• Customization: Available
• After-sales Service: 2 Years
• Warranty: 2 Years
• Model NO.: R-GGB
• Certification: ISO
• Application: Steel Structure Walkway
• Shape: Tooth Shape
• Manufacturing Method: Machine Welding
• Material: Carbon Steel
• Transport Package: Pallet
• Trademark: xingebin
• Origin: Anping
• HS Code: 731449
• Production Capacity: 10 Ton/Day

Product Description

Stair steps steel grating, also known as Welded Steel Bar Grate is extremely strong and durable for all load bearing applications and is primarily used for pedestrian and light vehicle traffic. Steel Bar Grating is available in a variety of bearing bar spacing and thicknesses depending on applications and load requirements.
stair steps steel grating is the workhorse of the industrial flooring market and has served industry for decades. Strong and durable with an exceptional strength-to-weight ratio, metal bar grating can be easily fabricated to nearly any configuration. The high percentage of open area makes bar grating practically maintenance-free, and all products are fully recyclable.
 
Welded Grating
 Economical design ideal for most industrial applications. Manufactured by welding the bearing and cross bar intersection, typically with automated forge welding equipment. Available in carbon and stainless steel.

Swage Locked Grating
 Popular for the manufacture of aluminum, stainless steel, and close mesh gratings. Cross bars are inserted into pre-punched holes in the bearing bars and hydraulically deformed to lock the bars in place.
Dovetail Pressure Locked Grating
 Assembled by inserting pre-punched bearing and cross bars into an "eggcrate" configuration and deforming the cross bars under intense hydraulic pressure. Available in all materials and ideal for architectural and ornamental applications.
Riveted Grating
 Exceptionally durable grating manufactured by riveting bearing bars and bent connecting bars at their contact points. Excellent for applications involving impact loads and repetitive traffic patterns.