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About usRelying on the strong capital strength of the parent company and more than ten years of industry experience and influence.
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ProductOur company currently has 3 fully automatic casting fastener molding production lines; 2 production lines for forged and stamped fasteners; There are 8 fully automatic hot-dip galvanized steel springboard production lines and
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NewsMarket dynamics, industry information, and quick sharing with you
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Production LineOur company currently has 3 fully automatic casting fastener molding production lines; 2 production lines for forged and stamped fasteners; There are 8 fully automatic hot-dip galvanized steel springboard production lines. Le
Steel springboard
The steel springboard has the advantages of fire prevention, sand prevention, light weight, corrosion resistance, alkali resistance, and high compressive strength. The surface has concave and convex holes, and the design effect of the I-shaped shape on both sides is particularly significant compared to similar products. The hole spacing is neat and standardized, the appearance is beautiful, and it is durable (can be used continuously for 6-8 years under normal construction). The unique sand leakage hole process at the bottom plays a role in preventing sand accumulation, especially suitable for use in the coating and sandblasting workshop of shipyards. When using steel springboards, the number of steel pipes used to build scaffolding can be appropriately reduced and the efficiency of construction can be improved.
category：
Product layout
Galvanized steel springboard
keyword：
钢跳板
Intentional message
product description
The steel springboard has the advantages of fire prevention, sand prevention, light weight, corrosion resistance, alkali resistance, and high compressive strength. The surface has concave and convex holes, and the design effect of the I-shaped shape on both sides is particularly significant compared to similar products. The hole spacing is neat and standardized, the appearance is beautiful, and it is durable (can be used continuously for 6-8 years under normal construction). The unique sand leakage hole process at the bottom plays a role in preventing sand accumulation, especially suitable for use in the coating and sandblasting workshop of shipyards. When using steel springboards, the number of steel pipes used to build scaffolding can be appropriately reduced and the efficiency of construction can be improved. The price is lower than that of wooden boards, and after years of scrapping, 35% -40% of the investment can still be recovered
1. The steel springboard has a high recycling rate, a long service life, and is easy to install and disassemble. It can still pay for garbage disposal fees after being scrapped.
2. The unique arrangement of protruding holes on the steel springboard can reduce self weight while also providing anti slip and deformation prevention. The I-shaped depiction on both sides increases fastness and strength, prevents sand accumulation, and makes its appearance beautiful, generous, sturdy, and durable.
3. The unique shape description of the steel springboard makes it easier to tie and hang, and it can be neatly stacked and scratched during idle time
4. The steel jump plate is made of carbon steel through cold processing, and through hot dip galvanizing technology, its service life can reach about 5-8 years.
5. The use of steel springboards has become a trend both domestically and internationally, greatly improving the company's construction qualifications and taking a significant turning point.
Precautions for dismantling steel springboard
1. When dismantling the steel springboard, a dedicated person should be assigned to supervise and conduct on-site safety briefing, with clear division of labor and unified command. Warning signs should be set up to prevent others from entering and ensure safety.
2. The person in charge of the scaffolding construction team or the team leader shall inspect the integrity of the steel springboard, reinforce the damaged or loose parts, remove debris from the steel springboard, and prohibit non scaffolding construction personnel from entering the site.
3. There should be sufficient storage space for dismantling racks in the large cabin, and sufficient lighting should be provided for dismantling racks at night. The dismantling of enclosed compartments must maintain ventilation and have sufficient lighting.
4. It is required to remove the steel springboard from top to bottom step by step, and the removal of the steel springboard on the same side should be synchronized, with the layer difference controlled within one layer. It is strictly prohibited to demolish by pushing down. The dismantled steel springboard materials should be removed while being dismantled. The transfer method is to stand on each layer of the steel springboard and transfer it layer by layer. The scaffolding board at high places must be slid with palm rope, and the strength and length of the palm rope should be selected. The rope buckle should be firm, and workers should be reminded before sliding to ensure that there are no personnel working under the rope.
5. The connecting rods of the steel springboard should be removed together with the same layer of steel springboard. It is not allowed to cut off all connecting rods before removing the steel springboard.
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