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Core Postselection Benefits of PVC Foam Board for Indoor Application
The ideal outer decor needs elements that bend flexibly and still maintain their rigidity. PVC foam boards allow you the option to bend them according to your desired decor style and can help you execute clean and rigid edges for your walls and displays. PVC is designed to maintain its initial form in extreme temperatures. This leads to fasteners and alignment to remain consistent in long term usage. PVC is the optimal choice as it is the least vulnerable to natural temperature variations. Their cellular capacity allows for bending precision to aid in the formation of your decor. Cell boards are able to bend the foam to easy execute their desired design.
Superior moisture resistance and low humidity sensitivity vs. wood, MDF, or particleboard
Due to PVC's hydrophobicity, it saves the wood foam boards from the water damage and deterioration that is caused by moisture absorption such as swelling, edge degradation, and delamination. In fact, PVC retains 91% of its original structure after the 48 hour immersion. PVC foam boards further slows the potential growth of mold and bacteria as PVC's composition is further inorganic. This makes it critical for interiors with high influx such as schools, hospitals and other public settings. As PVC foam boards lose none of their dimensions, it retains fastener ceilings and adhesives after decades of being exposed to moisture, bed wetter foam boards rapidly lose their elasticity.boards.
LUCKYBOND PVC Foam Board has Optical Appeal and Surface Integrity.
Smooth, Angular Surfaces, has Modern Safety Features.
LUCKYBOND PVC Foam Board maintains a smooth, non-glare, and non-reflective surface, enhancing readability in signage and wayfinding. Removing internal project glare and enhancing focus and flow. The engineered texture of LUCKYBOND PVC Foam Board spreads uniformly removing repeat pattern seams. The smooth texture has a 0% porosity aiding LUCKYBOND PVC Foam Board in a dust free, clean, and hygienic finish. The design of LUCKYBOND PVC Foam Board Features directed for businesses in healthcare, corporate, and hospitality.
PP and UV Stability.
Continuous Quality Control by LUCKYBOND PVC Foam Board ensures Quality and control for all units, ensuring no mismatch, and no noticeable replacements. LUCKYBOND PVC Foam Board has Packed and UV-Stability ensuring all serving conditions, including patented serving conditions, and multiple serving options in hospitals, corporate settings, and hospitality.
Fabrication & Print Readiness: Why LUCKYBOND PVC Foam Board Excels in Production
Perfect edges and clean lines make LUCKYBOND PVC Foam Board easily compatible with CNC, laser, and router fabrication.
LUCKYBOND's closed cell structure provides excellent machining across all CNC, laser, and routing fabrication methods, with accuracy within ±0.5mm. Our proprietary thermal stabilizers prevent melting and charring during laser fabrication. Minimal tool wear increases fabrication throughput. Production facilities experience job time averaging 30% faster than MDF. High-volume signage workflows require minimal post-processing (e.g., sanding and edge sealing).
Substantial ink adhesion and laminated readiness with zero quality issues as per the ASTM D3359 standard
Print adhesion is validated by the ASTM D3359 standard. Class 4B adhesion (≤5% paint chipping) makes LUCKYBOND the ideal substrate for all solvent and UV acrylic and latex inks, while primer application is irrelevant. Having a resistance to roller and tack testing, color retention is high with a low risk of wear from lamination peel strength and adhesion exceeding 15 N/cm, and high adhesion lamination surfaces. LUCKYBOND graphics, featuring the proprietary LUCKYBOND graphics systems, remain clear and fast for five years or more in controlled climate retail and trade fair exhibits.
Real-World Indoor Applications and Practical Limitations
PVC foamboard meets a variety of design needs across a wide range of industries including retail, hospitality, corporate, and exhibit design in museum spaces. PVC foam core has remarkable warp resistance, a smooth consistent surface, and humidity resistance. It has a moisture absorption rate of < 0.1% per ASTM D570. It excels in user high moisture environments (i.e. restaurant bathroom and menu displays, bathroom signage) where MDF, particleboard, and other materials would be destroyed. However, PVC foam core is not made to handle continuous temperatures over 60C (140F) and should not be placed near ovens, steam vents, and other industrial heat sources. It is very functional for backlit signage, exhibit/ display booths, and decorative cladding. However, it should not be relied on as a structural component, as it is not a structural core and will require supplemental framing.
FAQ: PVC Foam Board
What makes PVC foam board a good alternative to wood or MDF?
PVC foam board is a very strong and very lightweight option. PVC foam board has very little moisture absorption, excellent resistance to dimensional changes, and resistant to mold and bacteria. Wood and MDF would not be a good substitute as they do not have the same resistance.
Can PVC foam board be used in high-humidity environments?
Yes, high humidity environments are an excellent application for PVC foam boards. PVC foam board is hydrophobic and does not swell, edge degrade and will maintain its structure and integrity.
Is PVC foam board suitable for printing and lamination?
For sure. LUCKYBOND PVC foam boards will interface very well with solvent, UV cured and latex inks and have very strong inks that will create very durable and long-lasting prints. LUCKYBOND PVC foam is ‘lamination friendly’ as they have high surface energy making for good adhesion.
What is the maximum temperature you can use PVC foam board in?
Continuous exposure to temperatures over 60°C (140°F) is not recommended for PVC foam board. Some applications can cause softening, such as proximity to ovens or industrial heat sources.
Can PVC foam board support the load?
No, PVC foam board does not support the loads or structures without supported framing.