Offset ledge handles Aluminium grey white

Offset Handle – Award-Winning Design<

The Offset Handle is a robust, high-quality handle designed specifically for applications in industries where cleanliness is critical With a focus on hospital equipment, food processing technology, and medical technics, this handle combines functionality with an award-winning design that meets stringent industry requirements

Key Features:

• Material and Finish: Manufactured from profiled Aluminium, powder-coated in RAL 9002 grey white, offering excellent durability and a clean aesthetic
• Cover Caps: Made from Glass-reinforced Polyamide (PA 6) in a matching colour, ensuring a seamless and hygienic finish
• Stress Resistance: Minimum stress resistance of 1,000 N, making it suitable for demanding applications
• European Manufacturing: Produced with precision and high standards, ensuring reliability and consistent quality

Availability:

The handle is offered in two standard sizes with hole centres of 210 mm or 310 mm Other sizes are available upon request as a special order, with custom handle lengths and RAL shades to suit specific requirements.

Applications:

• Designed for use in hospital equipment, where hygiene and durability are paramount
• Ideal for food processing technology, meeting cleanliness and safety standards
• Perfect for medical technics, ensuring compatibility with precision equipment
• Suitable for machinery and equipment in industries requiring stringent cleanliness standards, such as pharmaceutical or laboratory environments

Benefits:

• Combines an ergonomic and aesthetically pleasing design with heavy-duty performance
• The powder-coated finish provides a hygienic surface that is easy to clean and resistant to wear
• Adaptability with customisable options ensures compatibility with a wide range of applications

This handle is a superior choice for applications where cleanliness, durability, and design excellence are essential Its robust construction and European quality manufacturing ensure long-term performance in critical environments