Insulation Anchoring Drive Pins 60mm Base Size For Securing Concrete Walls
Insulation Anchoring Drive Pins Use Fastening Tools To Securing Concrete Walls
specification of Insulation Anchoring Drive Pins Use Fastening Tools To Securing Concrete Walls
the length of fastener:42mm, 52mm, 62mm, 72mm, 82mm
the length of plastic washer:25mm-220mm
the diameter of plastic washer:50mm, 60mm, 90mm
the selection principle of best drive pin length, when base material is concrete or brick masonry, refer to best length of drive
pins as follows:
| thickness of insulation material | thickness of cement | length of drive pins |
25mm-45mm |
0mm | 42mm |
| 10mm | 52mm | |
| 20mm | 62mm | |
50mm-160mm |
0mm | 52mm |
| 10mm | 62mm | |
| 20mm | 72mm | |
| 180mm-220mm | 20mm | 82mm |
features of Insulation Anchoring Drive Pins
1.the diameter of plastic disc is more than 50mm; the effective anchoring depth is from 20mm to 25mm (adjust according to
the actually working condition).
2.the tensile strength of every single anchor is more than 0.30kn(standard value). after testing it as per JG149-2003, the
tensile strength usually working condition)
3.the heat transfer increasing added value from every single anchor to the system is less than 0.004w/m2.k according to JG149-2003
4.the hardness , bending, thickness of zinc coating and firing perfomance of drive pin are in according with the standard GB/T18981-2003
5.Applicable for the installation and fastening of different kinds of insulation board(eps board, xps board, rock wool board,
polyurethane sheet, phenolic sheet, foam cement etc) on base materials with C15-C50.
the solution to thin plastering thermal insulation fastening
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insulation anchoring drive pins |
1.consists of insulation fastener and drive pin 2. insulation fastener which is made of 100% original raw material has the characteristics of not combustion-supporting;it has the unique design of tooth shape that can efficoently isolate the drive pin and mortar;stop the heat bridge effect 3.adopting the patented step shank design can get the best value of drive pin's penetrability and reduce the destructiveness to the base material;we use high steel to manufacture the drive pins which ensure the nail body high strength, high tenacity and fastening much saferand more reliable
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general suitability in concrete |
when a fastener is driven into concrete, the concrete around the fastener shank us displaced, this displaced concrete commpresses against the shank creating a friction gold. on addition, heat generated during the driving process, causes a sintering of the concrete to the fastener.
1.the fastening effect will be affected by the following factors 2.compressive strength of concrete 3.fastener shank diameter 4.concrete grade
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fastening features in steel |
when a fastener is driven into steel, the steel around the fastener shank is displaced. the displaced steel flows back around the shank and into the knuring creating a keying or in the case of smooth shank fasteners a friction hold.in addition, the heat generated druing the driving process, at tempartatures of approximately 900 degree, causes partial fusion of the fastener to the steel.
a fastener driven into steel os influenced by the following factors: 1.base steel thickness 2.thesile strength of base steel 3.fastener spacing and edge distance 4. fastener shank diameter
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Installation process of Insulation Anchoring Drive Pins
1. put the insulation drive pins into the muzzle of fastening tool
2.oress the insulation drive pins vertically onto the insulation layer
3.pull the trigger of fastening tool
4.finish operating and the insulation layer were fastened onto the base materials.
application case of Insulation Anchoring Drive Pins
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