BAGUS Synthetic Paper
Experience superior durability and print performance with BAGUS Synthetic Paper. Unlike traditional paper, this innovative media is crafted from a plastic-based material, often polypropylene, giving it exceptional resistance to tearing, water, and environmental wear. Despite its robust nature, it maintains a smooth, paper-like feel and appearance, making it a versatile choice for a wide array of demanding printing applications.
BAGUS Synthetic Paper features a specially coated surface that ensures outstanding ink adhesion and vibrant colour reproduction across various digital printing technologies, including solvent, eco-solvent, latex, and UV inks. Its dimensional stability and durability make it ideal for long-lasting indoor displays, and short-to-medium term outdoor graphics, where resistance to the elements is crucial for maintaining visual integrity.
Key Features
Tear-Proof & Water-Resistant
Offers superior durability against tearing and moisture, making it suitable for challenging environments and handling.
Excellent Print Surface
Features a smooth, uniform coating for vibrant colours, sharp details, and reliable ink/toner adhesion across various digital printers.
High Dimensional Stability
Resists expansion and contraction due to humidity or temperature changes, ensuring consistent print registration.
Versatile & Durable
Combines the printability of paper with the strength and longevity of plastic for a wide range of applications.
Suitable Applications
Durable Posters & Banners
Ideal for long-lasting indoor posters, roll-up banners, and short-term outdoor signage requiring resistance to elements.
Waterproof Maps & Charts
Perfect for outdoor maps, hiking guides, and industrial charts that need to withstand moisture and frequent handling.
Resilient Menus & POS Materials
Suitable for restaurant menus, shelf talkers, and point-of-sale displays that require frequent cleaning or handling.
Tags & Labels (Non-Adhesive)
Used for durable tags, horticultural labels, and non-adhesive product information where tear-resistance is key.