Years Experience
Sqm Factory
Tons Capacity
Global Markets
About Caigle Technology
Driving Innovation in Guangdong Since 2009
Guangdong Caigle Science&Technology Co., Ltd. is a premier high-tech textile printing material manufacturer. With a massive 30,000 sqm modern facility and an annual production capacity of 50,000 tons, we are at the forefront of the industry's digital transformation.
Corporate vision
Create a leading brand in the printing coating industry.
CoMPANY Mission
Create value for customers and seek happinessfor employees!
Factory scale
Factory scale
Product Certification
Technology R&D
Technology R&D
Product
Delivering unmatched color depth and fabric hand-feel
Paste Series
胶浆系列
Digital Coating Ink Series
数码涂料墨水系列
Silicone Series
硅胶系列
Shoe Materials Series
鞋材系列
Paste New Standards
Caigle 7 Degrees Of Stability，leading the new standard of printing paste quality
No fading even with heavy friction
No peeling after frequent washing
Highly stretchable without cracking
Soft and comfortable
to the touch
No sticking after repeated contact
No cracking at low temperatures
Environmentally friendly and healthy
Corporate Insights
The latest developments from the world of textile printing.
Silicone Anti-Sublimation Paste | Stop Dye Migration for Crisp Prints
In the demanding world of textile decoration, achieving vibrant, durable prints on synthetic fabrics like polyester has long been a
Silicone Series: Premium Water-Based Printing Materials for Elastic & Durable Textile Prints
In the competitive global textile printing sector, the Silicone Series refers to a complete lineup of silicone-based printing pastes and
Nylon Paste: Premium Water-Based Textile Printing Solution for Nylon Fabric & Digital Printing
Nylon Paste is a professional water-based printing paste specially formulated for nylon, polyester, spandex and various chemical fiber fabrics, which
Main Title: Anti-Sublimation Glue: Premium Water-Based Textile Printing Adhesive for Anti-Color Migration Solutions
In the rapidly evolving global textile printing industry, color sublimation and dye migration have long been critical defects that plague
