Elegant Walnut Flowers Pattern Engineered Hardwood Flooring for High-End Residences

Name: Elegant Walnut Flowers Pattern Engineered Hardwood Flooring for High-End Residences
Brand: Foshan Cosy House Building Materials Co., Ltd
SKU: 2197532325

Guangdong, ChinaFoshan Cosy House Building Materials Co., Ltd

US$5.80

2-99 Square Feet

US$5.60

100-499 Square Feet

US$5.40

500-999 Square Feet

US$5.20

1,000-4,999 Square Feet

US$4.90

5,000+ Square Feet

Sample price:US$100.00/piece.Request sample

Product profile

Customization

Available

After-sales Service

Return and Replacement

Warranty

5 Years

Model NO.

Pentagon

Thickness

15mm

Style

Modern

Environmental Standard

Function

Waterproof

Layer

Multi Layers

Pattern

Wood Grain

Color

White Oak or Black Walnut

Certification

Usage

Household, Commercial, Villa Apartment or Hotel

Customized

Product Name

Cosyhouse Multilayer Engineered Flooring

Surface

UV Laquering

Surface Treatment

Brushed Embossed Handscraped Smooth

Wood Species

European White Oak and American Black Walnut

Certificates

CE/ISO9001/ISO14001

Installation

Floating

Grade

Ab ABC Abcd CD

Transport Package

International Standard Packaging

Specification

334.7*193.2*15mm

Trademark

Cosyhouse

Origin

China

HS Code

44129910

Production Capacity

100000

Company profile

Fast DeliveryOverseas ServicesCustomization from SamplesCustomization from Designs

Foshan Cosy House Building Materials Co., Ltd

Guangdong, China

Business Type: Manufacturer/Factory CertifiedR&D Capacity: ODM Service Available & OEM Service AvailableExport Year: 2005-08-16Nearest Port: guangzhou, shengzhenAverage Response Time: ≤4.68hTerms of Payment: LC, T/T, D/P, etc.

AI-Powered supplier vetting

SummaryFoshan Cosy House Building Materials Co., Ltd is a China-based limited trading company established in 2024 with 11 employees. It offers multiple door, window, and flooring categories and operates within building-material sales and import/export. The supplier reports professional technical capability, 3D software design services, and broad customization options. Production information lists output for cast aluminum, stainless steel, and wooden doors, supported by 11–20 quality-control staff, although its stated trading-company status and limited employee count warrant verification of manufacturing arrangements. A CTI audit is recorded as valid from February 28, 2025 to February 27, 2026, but the audit result is shown as 0 without an explanatory interpretation. No SDK is available. Financial records are referenced by year, but no assessable financial results are provided. Evidence is insufficient regarding after-sales service and customer cases. Fire-drill and environmental-assessment statuses are unknown.

Supplier typeThe supplier is identified as a limited company and trading company based in Foshan, China, with business activities covering building-material sales, professional design services, and import/export. Its listed scope includes doors, windows, ceramics, sanitary ware, hardware, plastics, and related building products.

R&D capabilityThe supplier is explicitly described as having professional technical and research-and-development capability and providing 3D software design services. It also claims a strong technical foundation and state-of-the-art production equipment, while the absence of an available SDK limits the documented software-development capability.

Production capacityReported annual output includes 10,000 cast aluminum doors, 10,000 stainless steel doors, and 50,000 wooden doors, with 11–20 quality-control staff. The supplier also states that it has production equipment and over 20 years of production and sales experience, but it is legally identified as a trading company with 11 employees, so the extent of directly owned manufacturing capacity requires verification.

Customization capabilityThe supplier explicitly offers customization from samples, customization from designs, full customization, minor customization, and flexible customization. It also provides 3D software design services, supporting the conclusion that it can accommodate varied product-design requirements.