Woof Concept Dog Collar, Disco

Woof Concept
Woof Concept Dog Collar, Disco
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Dog Collar - Handmade in Canada

Woof Concept's collars come with a wide variety of patterns and in 3 sizes. Each collar is handmade in Canada and is made with premium materials and webbing that can withstand 300 kg of pull pressure. The side release buckles are made by YKK which is considered one of the strongest buckles in the market and features a 4 point locking system to prevent accidental release. The collars are fully washable.

Complement the collar with a matching leash from the Woof Concept range.

Size Guide

For a perfect fit, please measure your dog's neck to get the correct size.
Refer to our Size Guide above for further details on product sizes and measuring your dog. Please note that original postage cost will be deducted from refund amount if incorrect size is chosen.

Product Features

  • Handcrafted in Canada
  • Fully washable
  • Integrated slider makes it easily adjustable
  • High quality buckles and ring
  • Made with durable polypropylene
  • One year warranty

Sizing

There are 3 sizes available:

**Size S:**For neck sizes 23 - 38cm, collar width - 1.5cm
**Size M:**For neck sizes 30 - 50cm, collar width - 1.85cm
**Size L:**For neck sizes 38 - 66cm, collar width - 2.5cm

Measuring Guide

The easiest method of measuring the circumference of the neck of your dog is by using a flexible measuring tape placed about midway down the neck. The tape should be fairly tight around the neck without actually restricting the dog. The specifications for adjusting our collars and neckbands always slightly overlap. This ensures that you are not forced to use the first or last hole to find the optimal fitting.

Should the circumference of the neck of your dog be at the upper end of the measurements specified then you can alternatively choose the next larger size. This is especially recommended for dogs that are still growing. It should be noted that when considering the range of adjustments the first value relates to the smallest and the second value to the largest adjustment possible.