RS PRO, Plain Lock Nut, M12
技術文件
規格
Brand
RS ProImperial or Metric
Metric
Nut Type
Self Locking
Thread Size
M12
Type
Aerotight
Stainless Steel Type
A4 316
Finish
Plain
Width
19.0mm
原產地
United Kingdom
產品詳情
RS PRO A4 Stainless Steel Aerotight Lock Nut - Metric
Need locking nuts that withstand severe vibration? then consider Aerotight® self-locking nuts, with uniquely shaped threads, stay secure as long as two complete threads of the screw protrude beyond the nut. Made from type 316/A4 stainless steel, they resist pitting and crevice corrosion, especially in marine environments. Their all-metal construction ensures durability and reusability. Part of the RS PRO range, these nuts are rigorously tested for quality and reliability.
Aerotight® Stiff Nuts
Self-locking all metal nuts, designed to stay in position despite conditions of severe vibration. This is achieved by cantilevered threaded arms which are deflected downwards and inwards.
809.40 MOP
809.35 MOP 1 Bag of 10 (不含稅)
1
809.40 MOP
809.35 MOP 1 Bag of 10 (不含稅)
暫時無法取得庫存資訊。
1
暫時無法取得庫存資訊。
| 數量 | 單價 |
|---|---|
| 1 - 4 | 809.35 MOP |
| 5 - 9 | 777.00 MOP |
| 10 - 29 | 744.54 MOP |
| 30+ | 728.36 MOP |
技術文件
規格
Brand
RS ProImperial or Metric
Metric
Nut Type
Self Locking
Thread Size
M12
Type
Aerotight
Stainless Steel Type
A4 316
Finish
Plain
Width
19.0mm
原產地
United Kingdom
產品詳情
RS PRO A4 Stainless Steel Aerotight Lock Nut - Metric
Need locking nuts that withstand severe vibration? then consider Aerotight® self-locking nuts, with uniquely shaped threads, stay secure as long as two complete threads of the screw protrude beyond the nut. Made from type 316/A4 stainless steel, they resist pitting and crevice corrosion, especially in marine environments. Their all-metal construction ensures durability and reusability. Part of the RS PRO range, these nuts are rigorously tested for quality and reliability.
Aerotight® Stiff Nuts
Self-locking all metal nuts, designed to stay in position despite conditions of severe vibration. This is achieved by cantilevered threaded arms which are deflected downwards and inwards.