Ninguna marca
Referencia: 92/91
Brida rodamientos autolubricantes 6 x 10 x 3 mm
Política de seguridad
Política de envío
Política de devolución
No hay reseñas de clientes en este momento.
Référence: 94/17
High centrifugal forces cannot be absorbed by a radial bearing. For that application we use a 3-part thrust bearing (axial bearing) consisting of a loose ring, a ball cage and a fixed ring: the parts are installed in this sequence. The dimensions of a ballrace mean: inside diameter (I.D.) x outside diameter (O.D.) x thickness. Thrust bearing 7 x 13 x 4.5...
Référence: 39/2
Ballraces are used wherever moving parts are required to run with a minimum of play and a minimum of friction. The more ballraces are used, the more smoothly the mechanics of a helicopter works, and the lower the rate of wear. The dimensions of a ballrace mean: inside diameter (I.D.) x outside diameter (O.D.) x thickness. Ballrace 10 x 22 x 6 mmpack of...
Référence: 7/37
Ballraces are used wherever moving parts are required to run with a minimum of play and a minimum of friction. The more ballraces are used, the more smoothly the mechanics of a helicopter works, and the lower the rate of wear. The dimensions of a ballrace mean: inside diameter (I.D.) x outside diameter (O.D.) x thickness. Ballrace 8 x 16 x 6 mmpack of...
Référence: 116/94
Silencer, aloneIntake pipe 170 mmSilencer chamber 195 mmOverall Ø 50 mm
Référence: 11/22
Everyone has experienced the annoyance of small screws which won't stay on the screwdriver. This magnetiser solves the problem. It is a small, handy unit which will magnetise any screwdriver, and the screw will then stick to it. You simply place the screwdriver in the "+" socket and move it to and from. To de-magnetise it repeat the procedure in the "-"...
Référence: 75
Ballraces are used wherever moving parts are required to run with a minimum of play and a minimum of friction. The more ballraces are used, the more smoothly the mechanics of a helicopter works, and the lower the rate of wear. The dimensions of a ballrace mean: inside diameter (I.D.) x outside diameter (O.D.) x thickness. Ballrace 8 x 16 x 4 mmpack of...
Référence: 55/6
Ballraces are used wherever moving parts are required to run with a minimum of play and a minimum of friction. The more ballraces are used, the more smoothly the mechanics of a helicopter works, and the lower the rate of wear. The dimensions of a ballrace mean: inside diameter (I.D.) x outside diameter (O.D.) x thickness. Ballrace 12 x 21 x 5 mmpack of...
Référence: 330/18
Component part for fuselages like Air-Crane, Bell 47 or Lama.Pack of 3
Référence: 39
Ballraces are used wherever moving parts are required to run with a minimum of play and a minimum of friction. The more ballraces are used, the more smoothly the mechanics of a helicopter works, and the lower the rate of wear. The dimensions of a ballrace mean: inside diameter (I.D.) x outside diameter (O.D.) x thickness. Ballrace 8 x 22 x 7 mmpack of...
Référence: 830/42
For silencer Ord.No. 116/96.Content of the package1 piece
Référence: 92/91
Ballraces are used wherever moving parts are required to run with a minimum of play and a minimum of friction. The more ballraces are used, the more smoothly the mechanics of a helicopter works, and the lower the rate of wear. The dimensions of a ballrace mean: inside diameter (I.D.) x outside diameter (O.D.) x thickness. For flanged bearings the same...
Référence: 55/8
Ballraces are used wherever moving parts are required to run with a minimum of play and a minimum of friction. The more ballraces are used, the more smoothly the mechanics of a helicopter works, and the lower the rate of wear. The dimensions of a ballrace mean: inside diameter (I.D.) x outside diameter (O.D.) x thickness. Ballrace 12 x 28 x 8 mmpack of...
Référence: 68/3
Ballraces are used wherever moving parts are required to run with a minimum of play and a minimum of friction. The more ballraces are used, the more smoothly the mechanics of a helicopter works, and the lower the rate of wear.The dimensions of a ballrace mean: inside diameter (I.D.) x outside diameter (O.D.) x thickness
