Description

Yarning tool

Aluminium bronze (AlBz) has a magnetic permeability rating of μ 1.16 and a higher energy absorption capacity (good resistance to shocks).

Beryllium Copper (BeCu) has a magnetic permeability rating of μ 1.00 high. Hardness can reach from 280 to 350 Brinell. This alloy is well adapted for small surfaces which require strength.

Additional information

Weight 400 g
Dimensions 250 mm
Material

AlBz, BeCu

Metric/Imperial Units

mm

s mm

18

a mm

20

b mm

2, 4, 6, 8, 10

Yarning tool

R0,00

SKU: MN0220A

Description

Yarning tool

Aluminium bronze (AlBz) has a magnetic permeability rating of μ 1.16 and a higher energy absorption capacity (good resistance to shocks).

Beryllium Copper (BeCu) has a magnetic permeability rating of μ 1.00 high. Hardness can reach from 280 to 350 Brinell. This alloy is well adapted for small surfaces which require strength.

Additional information

Weight 400 g
Dimensions 250 mm
Material

AlBz, BeCu

Metric/Imperial Units

mm

s mm

18

a mm

20

b mm

2, 4, 6, 8, 10

Related Products

Material

Size

Material

s mm

a mm

b mm

l (mm)

(g)

Part No

Material: AlBz
s mm: 18
a mm: 20
b mm: 2
L (mm): 250
(g): 400
Part No.: MN0220A
Add to quote:
Material: BeCu
s mm: 18
a mm: 20
b mm: 2
L (mm): 250
(g): 400
Part No.: MN0220A
Add to quote:
Material: AlBz
s mm: 18
a mm: 20
b mm: 4
L (mm): 250
(g): 430
Part No.: MN0220A
Add to quote:
Material: BeCu
s mm: 18
a mm: 20
b mm: 4
L (mm): 250
(g): 430
Part No.: MN0220A
Add to quote:
Material: AlBz
s mm: 18
a mm: 20
b mm: 6
L (mm): 250
(g): 470
Part No.: MN0220A
Add to quote:
Material: BeCu
s mm: 18
a mm: 20
b mm: 6
L (mm): 250
(g): 470
Part No.: MN0220A
Add to quote:
Material: AlBz
s mm: 18
a mm: 20
b mm: 8
L (mm): 250
(g): 500
Part No.: MN0220A
Add to quote:
Material: BeCu
s mm: 18
a mm: 20
b mm: 8
L (mm): 250
(g): 500
Part No.: MN0220A
Add to quote:
Material: AlBz
s mm: 18
a mm: 20
b mm: 10
L (mm): 250
(g): 560
Part No.: MN0220A
Add to quote:
Material: BeCu
s mm: 18
a mm: 20
b mm: 10
L (mm): 250
(g): 560
Part No.: MN0220A
Add to quote: