PROXLINE BINI
PROXLINE BINI
Proxline Bini is a professional WC cubicle system developed with SANDER engineering expertise, featuring Core N and Core X compact laminate panels. Designed for high-traffic and wet area environments, it offers strong resistance to moisture, impact and intensive use. Its modular structure enables fast installation while ensuring long-term rigidity and stability. Proxline Bini provides a cost-efficient solution without compromising technical performance, making it suitable for schools, hospitals, commercial buildings and public projects.

You can download the necessary documents to seamlessly integrate our products into your projects from the link below.

sander AUTOCAD SPECIFICATION CATALOGUE SHOPDRAWING
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PROXLINE BINI – PRODUCT DETAIL

Product Description

Proxline Bini is a professional WC cubicle system developed with SANDER engineering infrastructure, offering Core N and Core X compact laminate panel options. Compared to Proxline Klasik, it features a more minimal and cost-efficient hardware configuration while providing stable, durable and controlled performance in high-traffic environments.

Designed specifically for wet area conditions, the system demonstrates high resistance to water, humidity and impact. Panel and connection details are optimized to ensure long-term structural rigidity. It is particularly developed for projects that require budget sensitivity without compromising technical performance.

Thanks to its modular installation principle, it enables fast on-site application. The entire production process is carried out in accordance with SANDER quality control standards.


Price Information

60 € – 95 € / m²

Pricing may vary depending on project quantity, panel selection (Core N / Core X) and hardware details. Final pricing is determined after project-based quantity analysis.


Warranty

Proxline Bini WC cubicle systems are covered by a 3-year manufacturer warranty.
The warranty includes production-related material and workmanship defects.
Installation in accordance with technical principles is recommended.


Delivery Time

Production and delivery time varies between 3–10 working days depending on project quantity.
For high-volume or specially detailed projects, scheduling is planned separately.


Return Policy

As this product is manufactured based on project-specific measurements and production, it is not subject to standard return conditions.
All dimensions, details and hardware selections are confirmed before production begins.


Technical Specifications

Panel Type: Core N / Core X compact laminate
Panel Thickness: 12 mm / 13 mm
Panel Density: ~1400 kg/m³
Bending Strength: ≥ 80 MPa
Modulus of Elasticity: ≥ 9000 MPa
Water Absorption (24h): ≤ 5%
Hardware: Aluminum profiles and connection components
Usage Condition: Suitable for wet areas and high-traffic environments


Areas of Use

Hospitals and healthcare facilities
Shopping malls and commercial buildings
Schools, universities and dormitories
Sports facilities and swimming pools
Industrial facilities and factories
Public and municipal buildings


System and Application Structure

The Proxline Bini system is designed with a modular installation principle. Despite its economical hardware structure, panel joint details are engineered to ensure structural stability.

It provides resistance to water and humidity under wet area conditions. It delivers long-term performance without deformation under intensive use. Technical safety and controlled application are prioritized.


Project Process

Project and quantity analysis
Finalization of panel and hardware selections
Preparation of AutoCAD details and technical specifications
Production planning
Shipment and installation


Technical Documentation and File Access

Technical documents supporting the project process are provided for this product:

AutoCAD drawing files
Technical specifications
Shop drawings and application details
Catalogues and system diagrams


Maintenance and Cleaning

Compact laminate surfaces are resistant to water and humidity.
pH-neutral cleaning products are recommended.
Abrasive chemicals and surface-scratching equipment should be avoided.