NB16282001
TE Connectivity / Raychem BrandHeat Shrink Tubing ST Polyvinylidene Fluoride Clear Thin Stick .. see full description
Product Attribute
Attribute Value
Select Attribute
Products found: 0
Supplier:
TE Connectivity / Raychem Brand
Part No:
NB16282001
Alias/AKA:
RW-175-1/2-X-STK
RoHS:
Yes
HTS:
3926909989
COO:
CZ
ECCN:
EAR99
Supplier Standard Pack
25
Package Type:
Bag
Type:
Tubing6705
Body Material:
Polyvinylidene Fluoride6692
Shrink Wall Type:
Thin6703
Styles:
Straight6704
Shrink Ratio:
2:16702
Dielectric Strength:
31.5 KV/mm
Color:
Clear6693
Operating Temperature:
-55 to 175 °C
Inside Diameter After Shrinking:
6.4 mm
Inside Diameter Before Shrinking:
12.7 mm
TE Connectivity / Raychem's NB16282001 is a thin stick of clear polyvinylidene fluoride (PVDF) heat shrink tubing. This durable and versatile tubing is designed for high-performance applications where resistance to chemicals, abrasion, and high temperatures is required. The clear design allows for easy visibility of underlying components, making it ideal for a variety of industries such as automotive, aerospace, and electronics. Trust NB16282001 to provide reliable protection and insulation in a compact and convenient form factor.
Product Highlights:
- Heat Shrinkable Tubing
- Product Name = RW-175
- Product Source = U.K., U.S.
- Semirigid
- Thin Wall Style
Search Keywords:
NB16282001
IN STOCK:
193
Can Ship immediately
On Order:
400
can ship 10/19/26
Factory Lead-Time
25 Weeks
Price (USD)
Quantity
Unit Price
Ext. Price
1
$18.21
$18.21
5
$16.19
$80.95
10
$16.02
$160.20
25
$15.71
$392.75
50
$15.47
$773.50
100
$15.39
$1,539.00
250
+
$15.32
$3,830.00
Please Note:
Tariffs may apply for U.S. shipments
CUSTOMERS
ALSO BOUGHT
1-206062-6
Circular Connector Clamp - Straight - 8.36 mm - Thermoplastic - CPC Series - CPC Plugs & R...
1-66505-0
20 DF SCKT CONT
206485-1
CPC PLUG ASSEMBLY SIZE 11-9
D-100-00
Connector Terminals Solder Sleeve Shield Terminator Cross-Linked Polyvinylidene Fluoride T...
701-14-02109
Contact PIN Crimp ST Cable Mount
English
Chinese
Spanish
