Connect directly with the manufacturing origin for bespoke 3D printed PVC and SPC solutions.
Direct from factory sourcing tailored to meet Sydney commercial building codes and residential designs.
The construction sector in Sydney—extending from the high-density developments in the CBD and Barangaroo to the sprawling commercial parks of Parramatta and Western Sydney—is undergoing a major shift. The demand for lightweight, high-performance cladding materials has surged due to strict building regulations, the high cost of natural stone, and labor shortages in Australia.
Natural marble remains a luxury standard, but its use in multi-story residential buildings, commercial offices, and retail fits is often limited by weight restrictions, high structural support costs, and long fabrication lead times. 3D printed PVC and SPC marble sheets offer a practical alternative that mimics the appearance of natural stone while meeting local building codes.
Additionally, Sydney’s sub-tropical climate exposes building interiors to high humidity and temperature variations, particularly along the coast. Standard wood-based composites (MDF/HDF) are prone to moisture absorption, leading to warping and mold. Specially formulated PVC marble sheets, engineered with low water-absorption profiles and high-density polymer matrices, provide moisture resistance and structural stability, making them a preferred choice for Sydney project managers.
Understanding the multi-layered extrusion and printing process that guarantees architectural performance.
The core substrate is extruded using a blend of calcium carbonate (58%) and virgin PVC resin (40%), providing structural density, impact resistance, and B1 fire retardancy without brittle failure under mechanical stress.
We use high-resolution industrial UV flatbed digital systems. The ink cures instantly under intensive UV lamps, cross-linking with the substrate to prevent peeling or fading. 3D textured effects can be integrated directly onto the surface.
A high-gloss or matte dual UV-curable topcoat is applied. This layer protects against scratches, household chemicals, and UV radiation, maintaining color fastness for long-term use in coastal NSW.
Flame Retardant Grade
Water & Moisture Proof
Formaldehyde Rating
Years Structural Lifespan
Located in Linyi, Shandong Province—known as the "Logistics Capital of China"—we are situated near major northern shipping ports (Qingdao and Lianyungang). This proximity allows us to secure reliable freight schedules and competitive transit rates to Port Botany, Sydney.
We produce and distribute decorative materials, including PVC UV marble sheets, PVC embossed panels, 3D printed backdrops, WPC/PS wall panels, and PU stone panels. Guided by principles of integrity and product quality, we maintain strict quality control at every stage, from material selection to shipment.
Our foreign trade team manages export documentation, custom clearance requirements, and shipping coordination, helping to ensure smooth delivery for construction projects across New South Wales.
Connect with our Export EngineersA visual overview of our raw material stock, advanced calibration lines, and packing stations.






Our manufacturing and processing lines comply with international safety, environmental, and quality management standards.





















Evaluating import economics, compliance frameworks, and logistics to ensure efficient delivery in Sydney.
We work with international testing authorities to verify the fire indices of our polymer boards. Our flame-retardant formulas are engineered to meet strict Australian Building Code (NCC) requirements, aiming to achieve Group 1 or Group 2 fire hazard properties for internal wall linings.
To qualify for Green Star points in New South Wales developments, our boards maintain low-VOC emissions. The direct UV printing process uses solvent-free ink, helping to keep chemical off-gassing below the thresholds required for interior environments.
With shipping routes connecting Qingdao to Port Botany, we coordinate ocean transit, container packing, and local delivery. Standard sea freight takes approximately 18 to 25 days, supported by complete bill-of-lading and inspection tracking.
Explore our full range of 3D printed, UV coated, and composite architectural panels designed for Sydney commercial builders.
Important technical details for architects, procurement managers, and quantity surveyors in Sydney.
Our standard PVC marble sheets are classified as B1 flame retardant. For projects requiring compliance with the Australian National Construction Code (NCC) for interior wall linings, we can adjust the ratio of calcium carbonate and fire-retardant additives to meet the Group indices required under AS/NZS 3837 testing.
We manage direct shipping routes from Qingdao to Sydney Port Botany. The average sea transit time is 18 to 25 days. We handle export documentation, export customs clearance, and packing, and we supply the necessary paperwork to support local customs clearance in Sydney.
Yes. Our manufacturing facility operates high-resolution industrial digital UV flatbed systems. Architects and designers in Sydney can supply vector designs or high-resolution TIFF images (minimum 300 DPI) to print custom marble patterns, wood grains, geometric art, or branded graphics directly onto the PVC substrate.
Yes. The high-density PVC/SPC core has a moisture absorption rate close to zero. Unlike MDF or standard drywall, our sheets will not swell, delaminate, or harbor mold when installed in humid areas, such as retail food prep sections, commercial bathrooms, or coastal residential projects in Sydney.
Our standard sheet thicknesses are 2.5mm, 2.8mm, 3.0mm, and 3.5mm, with custom options up to 4.0mm or 5.0mm. A standard 3.0mm thickness sheet weighs approximately 6 to 7.5 kg per square meter, making it easier to handle and install compared to real marble slabs, which can weigh over 80 kg per square meter.
Request samples, detailed technical brochures, test reports, and FOB/CIF Sydney pricing matrices. Our engineering team is ready to discuss your custom project specifications.