553-72502 | HellermannTyton

Shrink sleeve marker, 2:1, inside Ø 3.2 mm/1.6 mm, (L) 50 mm, inscribable, white, 553-72502

Order No.: 42P5943
EAN: 4031026578880
MPN:
553-72502
THTT32DS-1X50WH-PVDFX-WH
Series: THTT DS
HellermannTyton
default L
Image may differ
Unit Price (€ / pc.)
1.0829 € *
Available: 0 pcs.
Leadtime: 5 Weeks **
Total Price:
1.08 € *
*incl. VAT plus shipping costs
**Subject to prior sale
1000 pcs.
1.0829 €

Heat shrink marker, 553-72502, HellermannTyton

The 553-72502 is a 2:1 high temperature, flame retardant heat shrink marker. The material is pre-cut and formatted into a convenient "ladder" system that allows printing on both sides of the marker. The printed marker is ideal for use in applications where high temperature and exposure to aggressive solutions are found. The pre-cut format not only allows printing on both sides of the marker but the user can also easily choose and pick each required marker. The tubing has been especially prepared so that the print performance is excellent at all times using HellermannTyton's printer range. The material is also especially formulated to be printable with laser beam printers.

Features

  • PVDFX high temperature marker
  • Good mechanical strength and highly flexible
  • Shrink ratio 2:1
Technical specifications
Colour white
Flame-retardant Yes
Inner diameter after shrinkage 1.6 mm
Inner diameter before shrinkage 3.2 mm
Length 50 mm
Material polyvinylidene fluoride, crosslinked
Shrinking rate 2:1
Shrinking temperature 120 °C
Markable Yes
Logistics
Country of origin DK
Customs tariff number 39173200
Original Packaging Carton with 1,000 pieces
Compliance
RoHS conform Yes
Date of RoHS guidelines 3/31/15
SVHC free Yes
Variations
Length
Inner diameter before shrinkage
Colour
Inner diameter after shrinkage
Material
Markable
Shrinking rate
Shrinking temperature
1 item in 36 variations
*incl. VAT plus shipping costs
Item description
Total
Price list
Length
Inner diameter before shrinkage
Colour
Inner diameter after shrinkage
Material
Markable
Shrinking rate
Shrinking temperature