Chinese Classical Living Room Carpet with Machine-Woven Crystal Velvet Construction Measuring 120x160cm

This Chinese classical carpet features machine-woven construction that creates consistent 2mm pile height across the entire 120x160cm or 80x160cm surface area. The 100% polyester fibre crystal velvet material maintains its rectangular shape with precisely measured 90-degree corners, while the 0.8cm thickness provides cushioning for floor surfaces in living rooms, bedrooms, and hotel spaces. Available in eight distinct Chinese classical style options, each design maintains identical dimensions and construction specifications, with pattern repetition occurring every 15cm for visual consistency throughout the 1.92 square metre coverage area.

Features and Quality Specifications

This section details the specific construction elements and material properties that define the carpet's performance characteristics, including exact measurements, weaving techniques, and durability features that contribute to long-term use in residential and commercial settings.

Machine-Woven Construction

The carpet utilises machine weaving techniques that create consistent 2mm pile height across the entire surface area, with pattern elements repeating precisely every 15cm. This manufacturing process ensures uniform texture density of approximately 120,000 stitches per square metre, resulting in surface consistency with less than 1% variation across the 120x160cm or 80x160cm dimensions. The rectangular shape features engineered 90-degree corners that align with room perimeters, while the 0.8cm thickness provides measurable cushioning effect for floor surfaces.

Material Performance Data

Durability Construction DetailsPractical Applications and Usage Scenarios This section explores specific situations where the carpet's measurable features provide practical benefits, including professional installation considerations, everyday residential use, and versatile styling options that accommodate various interior design approaches.

Commercial Installation Settings

In hotel and homestay environments, the carpet's 120x160cm dimensions accommodate standard room layouts while the 0.8cm thickness meets accessibility requirements for wheelchair movement. The machine-woven construction ensures pattern consistency across multiple units, with eight style options allowing for coordinated design schemes throughout properties. Maintenance protocols involving rotation every 3-6 months distribute wear evenly across the 1.92 square metre surface, extending usable life in high-traffic areas experiencing 100+ daily crossings.

Residential Living Spaces

For living room and bedroom applications, the rectangular shape with 90-degree corners aligns with standard furniture arrangements, while the 0.8cm thickness provides measurable cushioning for areas where standing occurs for 2+ hours daily. The eight Chinese classical style options coordinate with various interior colour schemes, with pattern repetition every 15cm creating visual continuity across room dimensions. Regular vacuum maintenance using suction-only settings preserves the 2mm pile height through approximately 3-5 cleaning sessions monthly.

Design Versatility Options

Measurable Benefits and Value Considerations This section details specific advantages derived from the carpet's construction and material properties, including long-term performance data, user satisfaction metrics, and practical reasons for selection based on measurable benefits.

Long-Term Value Analysis

User Satisfaction FactorsPurchase Decision Factors</h3 The carpet's 120x160cm dimensions provide coverage for standard living room areas, while the 80x160cm option accommodates narrower spaces without sacrificing the 0.8cm cushioning thickness. Machine-woven construction ensures pattern consistency with repetition every 15cm, creating visual continuity across the entire surface area. The eight Chinese classical style options allow for coordinated design schemes, with each variation maintaining identical construction specifications and performance characteristics for reliable room integration.