Logged in as:

Begin filter on Product Category and then Product Group. The list result will then be refined and relevant filter options will be displayed.

Show all filters

Hide all filters

List result: T 518 I

Availability:
Yes

Thomas & Betts
Detectable:
No
Min. tensile strength:
220 N
Model:
Without toothing
Material quality:
Polyamide (PA)
Operating temperature:
-40-85 °C
Band closure:
Steel nose
UV-stable acc. ASTM D6779:
No
Transparent:
No
Fluorescent:
No
Solvable fastener:
No
Text strip:
None
Type of fastening:
None
Colour:
Natural colour
Surface protection:
Untreated
Material:
Plastic
Halogen free:
Yes
Max. tensile force:
220 N
V2
Approved according to Lloyd's Register TA:
Yes
MIL approval:
Yes
Yes
Availability:
Yes

Thomas & Betts
Detectable:
No
Min. tensile strength:
220 N
Model:
Without toothing
Material quality:
Polyamide (PA)
Operating temperature:
-40-105 °C
Band closure:
Steel nose
UV-stable acc. ASTM D6779:
Yes
Transparent:
No
Fluorescent:
No
Solvable fastener:
No
Text strip:
None
Type of fastening:
None
Colour:
Black
Surface protection:
Untreated
Material:
Plastic
Halogen free:
Yes
Max. tensile force:
220 N
V2
Approved according to Lloyd's Register TA:
Yes
MIL approval:
Yes
Yes
Availability:
Yes

Thomas & Betts
Detectable:
No
Min. tensile strength:
220 N
Model:
Without toothing
Material quality:
Polyamide (PA)
Operating temperature:
-40-85 °C
Band closure:
Steel nose
UV-stable acc. ASTM D6779:
No
Transparent:
No
Fluorescent:
No
Solvable fastener:
No
Text strip:
None
Type of fastening:
None
Colour:
Natural colour
Surface protection:
Untreated
Material:
Plastic
Halogen free:
Yes
Max. tensile force:
220 N
V2
Approved according to Lloyd's Register TA:
Yes
MIL approval:
Yes
Yes
Availability:
Yes

Thomas & Betts
Detectable:
No
Min. tensile strength:
220 N
Model:
Without toothing
Material quality:
Polyamide (PA)
Operating temperature:
-40-105 °C
Band closure:
Steel nose
UV-stable acc. ASTM D6779:
Yes
Transparent:
No
Fluorescent:
No
Solvable fastener:
No
Text strip:
None
Type of fastening:
None
Colour:
Black
Surface protection:
Untreated
Material:
Plastic
Halogen free:
Yes
Max. tensile force:
220 N
V2
Approved according to Lloyd's Register TA:
Yes
MIL approval:
Yes
Yes
Availability:
Yes

Thomas & Betts
Detectable:
No
Min. tensile strength:
180 N
Model:
Without toothing
Material quality:
Polyamide (PA)
Operating temperature:
-40-85 °C
Band closure:
Steel nose
UV-stable acc. ASTM D6779:
No
Transparent:
No
Fluorescent:
No
Solvable fastener:
No
Text strip:
None
Type of fastening:
None
Colour:
Natural colour
Surface protection:
Untreated
Material:
Plastic
Halogen free:
Yes
Max. tensile force:
180 N
V2
Approved according to Lloyd's Register TA:
Yes
Yes
Availability:
Yes

Thomas & Betts
Detectable:
No
Min. tensile strength:
180 N
Model:
Without toothing
Material quality:
Polyamide (PA)
Operating temperature:
-40-105 °C
Band closure:
Steel nose
UV-stable acc. ASTM D6779:
Yes
Transparent:
No
Fluorescent:
No
Solvable fastener:
No
Text strip:
None
Type of fastening:
None
Colour:
Black
Surface protection:
Untreated
Material:
Plastic
Halogen free:
Yes
Max. tensile force:
180 N
V2
Approved according to Lloyd's Register TA:
Yes
Yes
Availability:
Yes

Thomas & Betts
Detectable:
No
Min. tensile strength:
540 N
Model:
Without toothing
Material quality:
Polyamide (PA)
Operating temperature:
-40-85 °C
Band closure:
Steel nose
UV-stable acc. ASTM D6779:
No
Transparent:
No
Fluorescent:
No
Solvable fastener:
No
Text strip:
None
Type of fastening:
None
Colour:
Natural colour
Surface protection:
Untreated
Material:
Plastic
Halogen free:
Yes
Max. tensile force:
540 N
V2
Approved according to Lloyd's Register TA:
Yes
Yes
Availability:
Yes

Thomas & Betts
Detectable:
No
Min. tensile strength:
220 N
Model:
Without toothing
Material quality:
Polyamide (PA)
Operating temperature:
-40-85 °C
Band closure:
Steel nose
UV-stable acc. ASTM D6779:
No
Transparent:
No
Fluorescent:
No
Solvable fastener:
No
Text strip:
None
Type of fastening:
None
Colour:
Natural colour
Surface protection:
Untreated
Material:
Plastic
Halogen free:
Yes
Max. tensile force:
220 N
V2
Approved according to Lloyd's Register TA:
Yes
MIL approval:
Yes
Yes
Availability:
Yes

Thomas & Betts
Detectable:
No
Min. tensile strength:
220 N
Model:
Without toothing
Material quality:
Polyamide (PA)
Operating temperature:
-40-105 °C
Band closure:
Steel nose
UV-stable acc. ASTM D6779:
Yes
Transparent:
No
Fluorescent:
No
Solvable fastener:
No
Text strip:
None
Type of fastening:
None
Colour:
Black
Surface protection:
Untreated
Material:
Plastic
Halogen free:
Yes
Max. tensile force:
220 N
V2
Approved according to Lloyd's Register TA:
Yes
MIL approval:
Yes
Yes
Availability:
Yes

Thomas & Betts
Detectable:
No
Min. tensile strength:
540 N
Model:
Without toothing
Material quality:
Polyamide (PA)
Operating temperature:
-40-85 °C
Band closure:
Steel nose
UV-stable acc. ASTM D6779:
No
Transparent:
No
Fluorescent:
No
Solvable fastener:
No
Text strip:
None
Type of fastening:
None
Colour:
Natural colour
Surface protection:
Untreated
Material:
Plastic
Halogen free:
Yes
Max. tensile force:
540 N
V2
Approved according to Lloyd's Register TA:
Yes
MIL approval:
Yes
Yes
Availability:
Yes

Thomas & Betts
Detectable:
No
Min. tensile strength:
150 N
Model:
Without toothing
Material quality:
Polyamide (PA)
Operating temperature:
-40-80 °C
Band closure:
Steel nose
UV-stable acc. ASTM D6779:
Yes
Transparent:
No
Fluorescent:
No
Solvable fastener:
No
Text strip:
None
Type of fastening:
None
Colour:
Black
Surface protection:
Untreated
Material:
Plastic
Halogen free:
Yes
Max. tensile force:
150 N
V2
Availability:
Yes

Thomas & Betts
Detectable:
No
Min. tensile strength:
150 N
Model:
Without toothing
Material quality:
Polyamide (PA)
Operating temperature:
-40-80 °C
Band closure:
Steel nose
UV-stable acc. ASTM D6779:
Yes
Transparent:
No
Fluorescent:
No
Solvable fastener:
No
Text strip:
None
Type of fastening:
None
Colour:
Black
Surface protection:
Untreated
Material:
Plastic
Halogen free:
Yes
Max. tensile force:
150 N
V2
We are using Cookies to give you a superior user experience. If you want to find out more about cookies and how we use them, please go to our cookie page. Further browsing of this site indicates that you accept our cookie policy.