
Home / Winac 32mm Mullion Connector – 2.5mm Thickness – UPVC Doors & Windows
Winac 32mm Mullion Connector – 2.5mm Thickness – UPVC Doors & Windows
SKU:
E202350012
Category: mullion connector
- Size: 32 mm
- Thickness: 2.5 mm
- Material: Alloy Steel
- Application: UPVC double-glazed doors and windows
- Description
Product Overview- Winac 32mm Mullion Connector
The 32mm Winac mullion connector is designed to connect UPVC door and window profiles vertically and horizontally. It stabilizes the central column and securely holds the glass, making it ideal for large and heavy doors and windows.Key Features
- Sturdy Structure: The 32mm Winac mullion connector is made from 2.5mm alloy steel, offering high resistance to pressure, impact, and bending.
- Corrosion-Resistant Coating: Zinc-coated surface protects against moisture and rust, suitable for humid environments.
- Easy & Accurate Installation: Screw positions prevent glass or gasket damage and avoid interference during assembly.
- Perfect Fit with 90° Profiles: Fully compatible with standard 90-degree UPVC profiles, minimizing adjustments.
- Extended Contact Base: Taller bases increase contact with profiles for stronger connections and reduced wobbling.
- Dedicated Hole for Retainer Screw: Precisely punched hole ensures correct placement and secure mounting of the central column.
- Professional & Industrial Use: The 32mm Winac mullion connector is ideal for window and door manufacturers, construction contractors, and technicians seeking durability and easy installation.
Origin
The 32mm Winac mullion connector is made in Iran by Winac, produced according to international quality standards and tested for reliability.Packaging & Quantity
Each box contains 300 pieces of Winac 32mm Mullion Connector, ready for bulk orders and construction projects.Winac: Your Reliable UPVC Hardware Source
- Premium construction guarantees durability.
- Quick setup designed for efficiency.
- Wholesale savings on high-volume orders.
- Protected shipments arrive safely and on time.
- Expert resources available on demand.