1/3 – Polycarbonate GN Lid Clear

Description

In professional catering, every detail matters in upholding food safety standards and presenting dishes with clarity and professionalism. At We Can Source It, we recognise that efficient kitchen operations are built upon dependable, high-quality tools. We bridge the gap between your needs and premium catering solutions.

We streamline the often complex process of sourcing catering equipment, leveraging our extensive network and expert sourcing skills to pinpoint leading manufacturers and superior products. This guarantees that you receive robust, food-safe solutions at competitive prices. We manage the entire procurement process, from initial enquiry through to final delivery, allowing you to concentrate on what truly matters – crafting outstanding food and delivering impeccable service.

Specifically, we offer the 1/3 – Polycarbonate GN Lid Clear. This durable and transparent lid is meticulously designed to fit 1/3 size gastronorm pans. Fabricated from robust polycarbonate, the lid provides excellent visibility of contents, making it ideal for both food storage and display. Its broad temperature resistance, ranging from -40°C to 100°C, ensures suitability for a diverse array of culinary applications.

**Key Features & Benefits:**
* Preserves freshness and prevents contamination: The secure, tight-fitting design creates a reliable barrier, maintaining optimal food hygiene and prolonging shelf life.
* Reduces waste and enhances organisation: The crystal-clear construction enables instant content identification, saving valuable time and minimising unnecessary food waste.
* Improves visual appeal: Showcases dishes attractively through the transparent polycarbonate, enhancing food presentation and enticing customers.
* Ensures long-lasting performance: Made from durable, food-grade polycarbonate that resists cracking, warping, and impact, guaranteeing longevity even in demanding kitchen environments.
* Provides versatile temperature suitability: Can be used in both chilled and heated environments, withstanding temperatures from -40°C to 100°C for maximum flexibility.