





Recent Purchase
wyw***
Gross Power:54kw;
$126280.70
29 days ago
uzn***
Gross Power:54kw;
$50512.28
29 days ago
ucd***
Gross Power:54kw;
$75768.42
43 days ago
kmi***
Gross Power:54kw;
$227305.26
8 days ago
mnb***
Gross Power:54kw;
$50512.28
33 days ago
lqa***
Gross Power:54kw;
$75768.42
32 days ago
fii***
Gross Power:54kw;
$101024.56
46 days ago
tnm***
Gross Power:54kw;
$227305.26
36 days ago
whn***
Gross Power:54kw;
$101024.56
48 days ago
ykf***
Gross Power:54kw;
$227305.26
38 days ago
View All
Customer Reviews
Average Rating
4.0





4.0
2 global ratings
5 star
0%
4 star
100%
3 star
0%
2 star
0%
1 star
0%
All Reviews
Image
Recommend
Recent
1***m

Helpful (1)
Order came quickly and I have no complaints!
Mar.30.2025

Helpful (1)
Mar.30.2025
1***m

Helpful
Perfecto me encanta todo y me llega todo a tiempo
Jan.21.2025

Helpful
Jan.21.2025
- 1
CY Fabric textile calender heating pipe roll to roll heat press roller sublimation heat transfer machine 1900*420mm
$16600$25256.14-34.27%
Gross Power:
54kw
Quantity:
Add to Cart
Wishlist
Features
CY Fabric Textile Calender Heating Pipe Roll to Roll Heat Press Roller
Premium-grade stainless steel heating pipe ensures uniform heat distribution for flawless sublimation transfer. Precision-engineered 1900x420mm roller accommodates large-format fabrics with industrial-grade durability. Advanced temperature control system guarantees consistent performance for high-speed roll-to-roll printing. Ideal for polyester textiles, banners, and soft signage production. Heavy-duty aluminum alloy frame resists deformation under continuous high-pressure operation. Seamless surface finish prevents fabric snagging, delivering professional-grade print results. Optimized for sublimation heat transfer machines with quick heat-up and energy-efficient operation. Perfect solution for bulk textile printing businesses seeking production efficiency. Full compatibility with dye-sublimation inks ensures vibrant, long-lasting color transfer. Trusted by wholesalers for large-volume garment and promotional item manufacturing.
See More