Novelis is a global leader in the production of innovative, flat-rolled aluminum products and the world's largest recycler of aluminum, headquartered in Atlanta, USA. With a legacy spanning decades and a strong manufacturing presence in Germany (Novelis Deutschland), the company is driven by the mission to provide "Sustainable Aluminum Solutions" that advance a circular economy. Novelis is internationally renowned for its leadership in the beverage, automotive, and aerospace industries, as well as its specialized range of high-performance laboratory consumables. By utilizing advanced alloy technology and maintaining rigorous quality standards, the brand ensures that its aluminum products provide the superior barrier protection and thermal conductivity required for sensitive research applications. Today, Novelis is a vital partner for laboratories worldwide, delivering eco-friendly aluminum technology that combines lightweight durability with 100% recyclability.
The Novelis range at LabFriend features professional general laboratory consumables, headlined by their extensive selection of aluminum foil dishes and containers. These are essential for precise weighing, moisture analysis, and sample evaporation in chemical and food testing laboratories. For specialized sample storage, the brand provides advanced vessel support through their range of round and rectangular aluminum dishes, designed to withstand high temperatures without deforming or leaching. Their portfolio also encompasses essential general laboratory aids, featuring heavy-duty aluminum foils and specialized closures that protect samples from light, oxygen, and moisture contamination. To support pharmaceutical and medical workflows, Novelis offers high-purity aluminum bottles and cartridges engineered for the safe transport of sensitive and critical goods. By choosing Novelis through LabFriend, you benefit from competitive pricing and fast shipping on premium aluminum technology designed for maximum purity and professional efficiency.
Why Choose Novelis for Your Laboratory?
- World Leader in Aluminum Recycling: Novelis is the global benchmark for sustainability, recycling over 82 billion cans annually and providing low-carbon aluminum solutions for eco-conscious labs.
- Superior Thermal Conductivity: Their aluminum dishes ensure rapid and uniform heat distribution, making them ideal for drying processes and moisture determination in analytical laboratories.
- Inert & Contamination-Free: Manufactured from high-quality aluminum alloys, Novelis labware provides an exceptional barrier against light, gases, and moisture, preserving the integrity of sensitive samples.
- Durable & Temperature Resistant: Designed to perform across a wide temperature range, Novelis aluminum containers are suitable for both deep-freeze storage and high-temperature oven drying.
- Wide Range of Formats: From compact 28 mL round dishes to large 2700 mL rectangular containers, Novelis provides a specialized vessel for every unique laboratory application.
Frequently Asked Questions
1. Can Novelis aluminum dishes be used in high-temperature drying ovens?
Yes, aluminum has a high melting point and excellent thermal stability, making these dishes perfect for use in ovens for evaporation, sterilization, or moisture content analysis.
2. Are Novelis aluminum containers recyclable after use?
Absolutely. One of the primary benefits of Novelis products is that aluminum is infinitely recyclable without any loss of quality, supporting your laboratory's sustainability and waste reduction goals.
3. What is the advantage of using aluminum over plastic for sample storage?
Aluminum provides a total barrier to light and oxygen, which can degrade certain chemicals or biological samples. It is also more heat-resistant than most standard plastics and does not contain plasticizers that could leach into samples.
4. Are these dishes suitable for weighing applications?
Yes, Novelis aluminum dishes are lightweight and feature a flat bottom, providing the stability and precision needed for analytical weighing and micro-analysis.
