White Nylon Fabric B-499 Heat Transfer Printing Label

Price:Negotiable

Industry Category:	Paper Industry
Product Category:
Brand:	貝迪，BRADY
Spec:	B-499

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Description

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White Nylon Fabric B-499 Thermal Transfer Print Label

Product Introduction

General Purpose Nylon Fabric B-499 Thermal Transfer Print Label Product List:
Order Reference No. THT-68-499: Size 12.70mm x 19.05mm

Order Reference No. THT-69-499: Size 20.32mm x 36.50mm

BRADY B-499 Thermal Transfer/Dot Matrix Print Nylon Fabric Label Technical Performance Table

Overview: Brady B-499 is a polyamide nylon fabric label with a permanent acrylic pressure-sensitive adhesive and a surface coating suitable for thermal transfer and dot matrix printing, primarily used for general labeling purposes such as cables requiring long-term identification.

It is recommended to use Brady R4300, R4900, R6000, R6200 black, and R4500 color (red, blue, and green) series ribbons for thermal transfer printing; use Brady R2000 and R5000 series ribbons for dot matrix printing.

B-434 labels printed with Brady R4300, R4900 series ribbons for thermal transfer and R2000, R5000 series ribbons for dot matrix printing are UL certified in the United States. For details, refer to UL file MH17154.

Details:

Physical Properties

Test Method

Average Test Results

Thickness

ASTM D1000 Test

- Substrate

- Adhesive

- Total

0.115mm (0.0045 in.)

0.051mm (0.0020 in.)

0.166mm (0.0065 in.)

Adhesion to:

- Stainless Steel

- ABS Textured Plastic

- Polypropylene

ASTM D1000 Test

Adhesion 20 minutes

Adhesion 24 hours

Adhesion 20 minutes

Adhesion 24 hours

Adhesion 20 minutes

Adhesion 24 hours

50 N/100 mm (45 oz/in)

88 N/100 mm (80 oz/in)

39 N/100 mm (35 oz/in)

44 N/100 mm (40 oz/in)

26 N/100 mm (24 oz/in)

Tack

ASTM D2979 Test

Polyken? Probe Tack

1 second, separation at 1 cm/s

900g (29 oz)

Shear Test

PSTC-7 Test (except sample 1/2" × 1")

9 hours

Tensile Strength and Elongation

ASTM D1000 Test

- Machine direction

1400 N/100 mm (80 lbs/in), 50%

Performance:

Test Method: Thermal transfer printed with Brady R4300, R4900, R6000, and R6200 ribbons. Dot matrix printed with Brady R2000 and R5000 ribbons. Before testing, samples are adhered to aluminum plates and allowed to set for 24 hours.

Performance	Test Method	Typical Test Results
Short-Term High Temperature Resistance	5 minutes at 145oC (293oF)	No effect at 145o C, slight shrinkage at 180o C with no impact on label performance.
Long-Term High Temperature Resistance	30 days at 90oC (193oF)	No effect at 90o C, slight fading at 110o C, severe fading at 120o C with no impact on label performance.
Low Temperature Resistance	30 days at -40oC (-40oF)	No effect
Aging Resistance	ASTM G 26 Test, 30 days in xenon arc weatherometer	Material wrinkled and became brittle
Moisture Resistance	30 days at 37oC (100oF), 95% relative humidity	No effect
UV Light Resistance	30 days under UV Sunlight?-100	No effect
Abrasion Resistance	Taber Abraser, CS-10 wheel, 500g/arm (Federal Test Standard 191A, Method 5306)	R4300, R4900, R6000, R6200, R2000, and R5000: 150 cycles

Chemical Testing:

Test Method: Sample labels printed with Brady I.D.Pro-Plus Wire Marker and IBM typewriter using R2000 and R5000 series ribbons, then wrapped around 12 AWG, TFE cable and tested after 24 hours at room temperature. Samples are immersed in specified chemical solvents for 10 minutes every 30 minutes, repeated 5 times. After the last immersion, wipe the label surface 10 times with a cotton ball soaked in the test solvent.