Cracking
Shrinkage, movement, and unsuitable layer design can concentrate stress as cementitious floors cure.
DENAMEE Inorganic Flooring Materials and Self-Leveling Mortar
Automated Production. Consistent Material Performance.
High-Durability Inorganic Flooring & Self-Levelling Mortar
Engineered flooring systems manufactured at our purpose-built facility for dependable material performance across demanding projects.
20,000 m²
Facility area
2
Automated production lines
500 t
Stated daily capacity
Verified Manufacturing Scale
DENAMEE materials are produced by Xinwangji (Anhui) New Material Co., Ltd. at a purpose-built facility for inorganic flooring and self-leveling mortar systems.
0 m²
Manufacturing facility area
0
Customized automated production lines
0 t
Stated daily capacity
Xuancheng, Anhui
Facility in Xuancheng, Anhui, China
Product Systems
View All ProductsThree Engineered Flooring Systems
From decorative wear surfaces to deep structural leveling, each system is formulated for a specific role within a complete floor build-up.
MC350Wear surface systemColored Finish Flooring
Seamless, high-flatness colored finish flooring
5–6 mm colored inorganic flooring for durable decorative surfaces.
Thickness: 5–6 mmDetails
HC250Deep build-up systemThick-Layer Self-Leveling Mortar
Deep leveling for large height differences and refurbishment
Thick-layer self-leveling mortar designed for applications from 20 mm.
Thickness: 20 mm and aboveDetails
GQ300Precision leveling systemSelf-Leveling Mortar
Precision leveling base for premium finish systems
3–8 mm self-leveling mortar for smooth, high-strength floor preparation.
Thickness: 3–8 mmDetails
System Build-Up
How a Seamless Floor System Comes Together
Each layer plays a distinct role, from structural base to finished, trafficked surface. Thickness ranges shown are representative and vary by project specification.
MC350 Colored Wear-Resistant Finish
The visible, trafficked surface. An inorganic, mineral/polymer-modified colored layer engineered for seamless flatness and wear resistance.
Bonding / Transition Layer
A prepared interface layer promotes adhesion between the leveling base and the finish system above it.
Self-Leveling Mortar Layer
GQ300 or HC250 self-leveling mortar corrects flatness, height differences, and provides a precision base for the finish system.
Substrate / Base Slab
Structural concrete base. Surface condition and height differences are assessed before leveling begins.
Floor Problem Diagnosis
From Floor Problems to Engineered Solutions
Reliable floor performance starts with the cause, not the visible symptom. DENAMEE reviews substrate condition, layer depth, traffic, and finish requirements before recommending a material system.
Explore the problem-to-system approachHollowing & Delamination
Weak interfaces or incomplete substrate preparation can reduce adhesion between the structural base and floor system.
Dusting & Sanding
Uncontrolled water ratios, curing, or surface density can leave conventional screeds friable under repeated traffic.
Uneven Surfaces
Manual placement across large floor plates can produce inconsistent levels that disrupt finishes and operations.
High Maintenance Costs
Recurring patching and surface repairs can interrupt facilities when the underlying floor build-up is not addressed.
Final recommendations depend on substrate testing, project conditions, installation controls, and the agreed order scope.
Application Scenarios
Built for Demanding Project Environments
DENAMEE flooring and leveling systems are specified across a wide range of industrial, commercial, and public-building applications.
Industrial Factories
High-traffic production floors requiring wear resistance.
Logistics Warehouses
Large continuous areas with sustained wheeled traffic.
Showrooms & Retail
Seamless, high-flatness surfaces for display environments.
Commercial & Offices
Durable, refined finishes for daily commercial use.
Schools
Resilient flooring for educational facility circulation.
Hospitals
Hygienic, seamless surfaces for healthcare environments.
Parking Structures
Base preparation and finishes for vehicle traffic areas.
Renovation Projects
Refurbishment of damaged or uneven existing floors.
Manufacturing
Automated Production, Consistent Output
Xinwangji (Anhui) New Material Co., Ltd. operates a purpose-built facility with two customized automated production lines, supporting consistent material performance across large project volumes.
- Facility Scale
- ≈ 20,000 m²
- Production Lines
- 2 Automated Lines
- Stated Daily Capacity
- 500 Tons
Material Performance
Technical Advantages, Stated Plainly
Performance characteristics are described using neutral engineering language, consistent with tested parameters and specified application conditions.
Engineered Shrinkage Control
Formulations are designed to reduce shrinkage and cracking risk under specified application conditions, rather than promising absolute crack elimination.
Consistent Strength Development
Compressive and flexural strength values are targeted through controlled mixing ratios and automated production.
High-Flatness Results
Self-leveling flow characteristics support precision flatness suited to demanding finish and base-preparation requirements.
Inorganic Material Base
Mineral-based formulations support Class A (A1) combustion performance across relevant product lines.
Qualifications & Technology
Backed by Group Technology Resources
Xinwangji (Anhui) New Material Co., Ltd. operates within ONEGENEW Group's high-tech enterprise background and shared technology and patent resources.
license
Business License — Xinwangji (Anhui) New Material Co., Ltd.
Registered limited liability company established June 2023, based in the Xuancheng Green Building Materials Industrial Park, Shuiyang Town, Xuanzhou District, Xuancheng, Anhui, with a scope covering new building materials, technical R&D, and related engineering services.
certificate
High-Tech Enterprise Certification
ONEGENEW Group holds High-Tech Enterprise status (Certificate No. GR202333008005, issued December 2023, valid for three years), reflecting group-level investment in materials R&D and engineering.
patent
Invention Patent — High-Stability Ground Structure & Construction Method
Patent No. ZL 2023 1 0634711.3, granted December 2024 to ONEGENEW Group, covering a construction-friendly, high-stability ground structure and its installation method. This is a group-level technology resource that informs floor-system engineering practice across the group.
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