MAT / HYGIENIC ABSORBENT REUSABLE PADS FOR ANIMALS 50x70cm ECOLOGICAL / REUSABLE - reusable hygiene mats are friendly to our environment because they can be washed and reused, significantly reduces the amount of waste .
DURABLE - thanks to the use of multi-layer construction, the mat is very absorbent and waterproof, at the same time soft and comfortable for the animal. Additionally the waterproof layer prevents moisture from escaping from underneath .
UNIVERSAL USE - the mat is helpful in teaching cleanliness to the youngest pets, it is also suitable for lining beds and for older animals with urinary incontinence problems.
ANTI-SLIP - the hygienic mat has a non-slip bottom, which prevents the mat from moving during use. It works especially well on surfaces such as tiles, terracotta and glaze.
SPECIFICATION - colour: black; material: surface: polyester + TPU, base layer: polyester + TPU, absorbent layer: PVC; waterproof TPU layer: yes; anti-slip: yes; dimensions: 70 x 50 cm; weight: 226 g; weight in packaging: 309 g.
SPECIFICATION
color: black
material: surface: polyester + TPU, base layer: polyester + TPU, absorbent layer: PVC
waterproof TPU layer: yes
anti-slip: yes
dimensions: 70 x 50 cm
weight: 226 g
weight in package: 309 g
The reusable dog hygiene mat is a special pad that has been designed to facilitate cleanliness and hygiene during dog training, accident prevention or in the event of a dog having trouble holding urine.
PRODUCER:
ISO TRADE Spolka z o.o.
ul. Hangarowa 15
59-220 Legnica, Polska
[email protected] RESPONSIBLE PERSON IN THE EU:
ISO TRADE
WARNING CONTENT:
- Place in a place easily accessible to the animal.
- Place on a flat and level surface.
- Make sure that the animal does not bite or swallow any part of the pad.
- When not in use, store the pad in a dry and clean place.
- Keep away from fire.
- Hygienic pads should be replaced regularly to prevent the growth of bacteria and fungi.
-Before use, make sure the hygiene pad is not damaged and there are no visible cracks in the coating, which may lead to leakage or loss of absorbency.
