DTF Printing 1kg 5kg White Heat Transfer DTF Powder Hot Melt
Adhesive Powder
Simple: The application process for DTF thermoplastic polyurethane
hot melt adhesive powders is relatively simple. It consists of
applying the adhesive powder to the printed design and then
removing the excess powder. The powder is then activated by heat
during the transfer process.
Other adhesive methods may require additional steps or more complex
procedures such as mixing the adhesive, applying the adhesive using
tools such as brushes or rollers, and allowing for curing or drying
time.
Precision: DTF TPU hot melt adhesive powders allow for precise
application. The powder can be selectively applied to the desired
area of the design, ensuring accurate positioning and minimising
the risk of the adhesive spreading beyond the intended boundary.
Other bonding methods may require more careful handling or masking
to achieve similar precision.
Adhesive strength: DTF TPU hot melt adhesive powders have strong
adhesive strength when activated by heat. It creates a strong bond
between the printed design and the fabric, ensuring durability and
resistance to peeling or fading. While other bonding methods can
provide a strong bond, the heat-activated feature of DTF TPU hot
melt adhesive powders ensures a reliable, consistent bond
throughout the design.
DTF Powder For DTF Product Description
| Property | Criterion |
| Appearance | White powder |
| Composition | TPU |
| Density | 1.20±0.02 g/cm³ |
| Melt Point | 95-115 ℃ |
| Melt Index | 30±7 g/10min |
| Powder size range | 0-80 μm |
80-200 μm |
150-250 μm |
Powder For DTF Technical Parameters:
| Bonding parameters (for reference only) | Temperature | 110-130℃ |
| Press | 1.5-2.5 kg/cm2 |
| Time | 8-15 S |
| Washing Resistance | 40℃ | Excellent |
| 60℃ | General |
| 90℃ | / |
Packaging and Storage Conditions:
| Packaging | 20KG / bag, packed in PE inner bag+kraft bag |
| Storage Conditions | Stored in dry unopened packaging at room temperature for 12 months.
High temperature and pressure will cause agglomeration. The trays
cannot be double-pressed. |
Application of DTF Powder white powder
Applying TPU Powder: Sprinkle or distribute the DTF TPU hot melt
powder evenly over the printed pattern on the PET film. Use a
powder sifter or similar tool to spread a thin, even layer of
powder. Shake off any excess powder.
Activating the powder: Place the PET film with the printed pattern
and TPU powder face down on the target material (e.g. fabric or
textile). Heat and pressure are applied using a heat press or
similar device. The heat and pressure will activate the TPU powder,
causing it to melt and bond to the fabric.
Transfer process: Heat and pressure are maintained for the time
specified by the manufacturer or recommended based on test results.
This causes the TPU powder to completely melt and form a strong
bond between the design and the fabric.
Cooling and Release: After the specified transfer time, release the
pressure from the heat press and carefully remove the PET film from
the fabric. Allow the fabric to cool completely before processing.
Post-processing: After the fabric has cooled, you can perform any
necessary post-processing steps, such as trimming excess threads or
performing fabric-type-specific post-processing procedures.
Characteristics of hot melt adhesive powder
1.100% ink absorption rate,
2. The powder is clean,
3. The pattern is bright in color,
4. Very soft to the touch.
5. Second on-site delivery.
Why choose us
1. own factory, efficient technical equipment, several production
lines
2. excellent service and short delivery times
3. we are an environmentally friendly adhesive company, to ensure
the environmental performance of raw materials
4. professional R&D team, a new type of enterprise integrating
production, R&D and sales
FAQ
Q1) . How about your conventional package and the MOQ of your
adhesive powder?
We have 1kg,2kg,5kg and 20kg per bag,MOQ is 20kg.
Q2) . What type of hot melt adhesive powder do you have?
We have PA, TPU, EVA and PES hot melt adhesive powder.We can accord
your application to give your suitable type.
Q3). What is your Particle size?
0-80um, 80-200um , 150um-250um ,200um-400um
