Description
Aurelia Unique TPE Conforms to AQL 1.5, EN 455 Parts 1 and 2
Introducing the New Aurelia Unique TPE Glove. A cost effective stronger alternative to Vinyl aimed at Healthcare Professionals and ideal for Food and Janitorial use.
More Cost Effective and stronger than Vinyl
Unique TPE Blend ensures added comfort
Conforms to AQL 1.5, EN 455 Parts 1 and 2
Food Contact Approved
TPE gloves (Thermoplastic Elastomer gloves) are disposable gloves made from a synthetic material combining plastic and rubber properties, offering a stretchy, comfortable, and latex-free alternative to latex, vinyl, or nitrile gloves for food handling, cleaning, beauty, and light industrial use, known for being affordable, hypoallergenic, and good for frequent changes. They are soft, flexible, ambidextrous, and provide decent grip and protection against contaminants for short-term tasks where high chemical or biological resistance isn’t the primary need.
Key Features
- Material: Thermoplastic Elastomer (TPE) – a blend of plastic and rubber polymers.
- Comfort:Â Soft, flexible, and molds to the hand for ease of movement and better dexterity.
- Allergy-Friendly:Â Latex-free and powder-free, making them ideal for sensitive skin and reducing contamination risk.
- Versatile:Â Suitable for food prep, beauty treatments, housekeeping, and pet care.
- Cost-Effective:Â Often a cheaper option than vinyl or nitrile gloves.
- Grip: Often feature an embossed or textured surface for better grip
Best For
- Food Industry:Â Handling food, preparation, and packaging.
- Beauty & Salon:Â Hair dyeing, facials, and other treatments.
- Cleaning:Â General housekeeping and dealing with household chemicals.
- Care Sector:Â Nursing and care homes for quick, hygienic barrier protection
Limitations
- Not as robust as latex or nitrile for heavy-duty or prolonged high-risk chemical/biological exposure, but excellent for general, short-term use
-  Although TPE materials offer many advantages, they also come with some disadvantages: Lower melting point limits use in high-temperature applications. Limited chemical resistance, especially with highly aggressive chemicals or solvents
