Stickers Key Attributes
Goods Name
Heat Treatment Labels Material
Surface Substrate
Gram Weight
ISO536 67±3 g/m2
Longitudinal Tensile Strength
≥110 N/2.5CM
Transverse Tensile Strength
≥160 N/2.5CM
Surface Treatment
20 um Nano Transfer Coating
Stickers Adhesive
Dry Coating Weight(g/m²)
ISO536 22±5 gsm
Release Paper
Material Name
Press Finish White Glasin
Release Force(g/in)
FTM3 10-20g
Gram Weight
ISO536 78±3 g/m2
Physical Test Data
Initial Tack
ASTM D3759 ≥3# ,Steel Ball#
Holding Power
FTM8 ＞24h Hour
24 hours 90° Peel viscosity -FTM 2(st,st) :
9.0
20 min 90° Peel viscosity -FTM 2(st,st) :
9.0
180°Peeling Force On Steel Plate
FTM1 ≥8 N/25mm
180°Release Force
FTM3 ≤8 g/25mm
Shelf Life
It can be stored for one year at a temperature of 23±2 C and relative humidity of 50±5%.
Maximum Sticking Temperature
+40℃
Minimum Sticking Temperature
-10℃
Application Temperature
-10 ～+ 80℃
Package Size
Dimensions Standard Width
Valid Width：1070mm，Slitting Minimum Width：25mm
Dimensions Standard Length
400M 800M 1000M 2000M
Core Size
Diameter 75mm* Width 1070mm
About Stickers Goods Packing
Storage Temperature
-10℃-40℃
Storage
Keep indoor,airiness,avoiding high humidity and direct sunlight,can keep one year in room temperature & humidity.
Logistics
Use wrapping film, corrugated paper to wrap the product, and then use packing rope to secure the card.
Express
Use wrap film and foam wrap, then use corrugated paper to wrap the edge products.
Other Attributes
Longitudinal Tensile Strength
≥80 N/2.5CM
Transverse Tensile Strength
≥150 N/2.5CM
Product Details
Heat treatment labels - precise identification, no worries at high temperatures
Product Overview
- Heat treatment labels are durable identification solutions specially designed for industrial high-temperature environments, suitable for information tracking and quality management of metal parts, tools, molds, etc. during heat treatment processes (such as quenching, tempering, carburizing, nitriding, etc.). Special high-temperature resistant materials and heat transfer printing technology are adopted to ensure that the labels remain clear and complete under extreme temperatures (usually above 300°C) and complex process conditions, avoiding information loss and providing reliable data support for the production process.
Core advantage
- Outstanding high-temperature resistance
Both the label base material and the adhesive have passed high-temperature resistance certification, capable of withstanding instantaneous high temperatures ranging from -40°C to 500°C and long-term high-temperature environments without melting or carbonizing, ensuring the characters remain clear and long-lasting.
It is suitable for various harsh scenarios such as heat treatment furnaces, salt baths, and vacuum furnaces.
- High-strength adhesion and resistance to chemical corrosion
Special pressure-sensitive adhesives ensure that the labels firmly adhere to rough surfaces such as metals and ceramics, resist the erosion of oil stains, coolant, acid and alkali solvents, and do not fall off or lift the edges.
- Precise information traceability
Supports thermal transfer printing technology, compatible with key information such as industrial-grade barcodes, QR codes, batch numbers, and dates, complies with ISO/IEC standards, and seamlessly integrates with MES and ERP systems to achieve full-process traceability.
- Environmentally friendly and safe, in compliance with industry standards
Halogen-free and non-toxic materials, in compliance with international environmental protection regulations such as RoHS and REACH, are suitable for high-end manufacturing fields such as automobiles (IATF 16949) and aerospace (AS9100).
Typical application scenarios
- Metal parts manufacturing: Track the batch, hardness and process parameters of quenched/tempered workpieces.
- Automotive and aerospace: Heat treatment process management for engine components, gears, and turbine blades.
- Tool and mold industry: Heat treatment marking and life monitoring of high-speed steel and hard alloy tools.
- Industrial heat treatment service provider: Provide customers with verifiable quality reports and traceability data.
Technical parameters
- Temperature resistance range: -40°C to 500°C (instantaneous up to 600°C, depending on the model).
- Substrate type: Polyimide (PI), ceramic-coated labels, special high-temperature polymers.
- Adhesive: Silicone/acrylic high-temperature resistant adhesive, suitable for various surfaces such as stainless steel and aluminum alloy.
- Print compatibility: Supports thermal transfer printers (TTP) and laser printing. Resin-based ribbons are recommended.
- Standard sizes: 25mm×15mm, 50mm×30mm (custom irregular sizes are supported).
Service support
- Customized design: Customize label specifications and printing content based on the size of your workpiece and process requirements.
- Technical consultation: Provide heat treatment environment adaptation testing and bonding solution optimization.
- Fast delivery: Standard products are dispatched within 24 hours, and custom orders are delivered within 5-7 days.
Why choose our heat treatment labels?
We have been deeply engaged in the industrial marking field for over a decade. Our products have passed authoritative certifications such as SGS and UL, and we serve more than 500 heat treatment enterprises worldwide. From material research and development to printing technology, we strictly control the quality throughout the process to ensure that each label remains stable and consistent in extreme environments, helping you increase the yield rate and reduce quality risks!
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