Further Information:
The soft TENA Bed Secure Zone Plus is a reliable incontinence bed protection. When experiencing accidental urine loss or bed wetting, it protects mattresses, chairs, sofas or wheelchairs. The surface will remain dry thanks to the absorbent core and waterproof back–sheet, offering leakage security. The Secure Zone Pattern absorbs liquid into different sections and the Super–Absorbent Micro Beads locks it in. The adult–sized bed protection has been dermatologically tested to feel comfortable while sitting down or resting. TENA Bed Secure Zone Plus is available in a range of different sizes to fit varying needs.
Why it's great:
• Micro Beads: Super–absorbent Micro Beads lock away liquids for effective leakage security.
• Extra protection: Provides extra protection for beds and chairs against accidental urine loss and during hygiene procedures.
• Absorbent core: Absorbent core and waterproof back–sheet.
• Offers easy and quick product identification: Colour coded and printed back–sheet offers easy identification of absorption level and size.
• Dermatologically tested: Soft surface material which is gentle to the skin.
How it's sustainable:
• TENA Protects Program: TENA Protects Program is about protecting people and their well–being alongside decreasing TENA's climate impact.
• Certified renewable electricity: TENA use certified renewable electricity in the factories producing TENA in Europe.
TENA is committed to reduce the carbon footprint for products or services by 2030. One step to achieve this is by switching to electricity from renewable sources such as e.g. water, wind or solar, in their factories. The electricity in their factories is purchased externally and is certified with guarantees of origin. These certificates are not created by TENA, but are issued by external institutes like the European Electricity Certification System (EECS) to secure credibility. By doing so TENA support the development of renewable electricity on all markets.
• Recyclable packaging: The packaging is technically recyclable, according to RecyClass design–for–recycling criteria, for various purposes. Actual recycling depends on several factors, e.g. the local availability of a recycling system.