Cats will love to nibble and pounce on the realistic looking Kittybelles Food Plush Cat Toy Kitty Pop!
Plush Kitty Pop Popcorn bag
Crinkle sound
Filled with catnip
Why We Love It:
The Kittybelles Food Plush Cat Toy is a part of the realistic food toys sure to have your cat pouncing for joy! Kittybelles are wonderful, realistic-looking toys that cats love to bat around, pounce on and rub on for playtime. Each toy is made of soft baby plush and includes crinkle and organic catnip inside for extra exciting play! All toy material used is safe, non-toxic and has no heavy metal. Kittybelles are dedicated to safety. All toys are made with non-toxic dyes and comply with the US Children’s toy standard ASTM-963 and Eurpopean EN-71 rules.
Modern hanfu is an improved version of traditional Chinese clothing, also called as new hanfu, which is on the basis of Western-style clothing, formed by integrating the basic elements of traditional hanfu outfits. It is well adapted to the convenient social life in today’s modern times.
Give your pet a plush, donut-shaped retreat designed for both comfort and style. With a supportive raised cushion and non-slip base, this bed provides a secure, relaxing space, making it perfect for any room in your home.
Charming Donut Shape: The playful donut design is not only eye-catching but also provides a cozy and secure space for your pet to snuggle in.
Elevated Support Cushion: Featuring a raised cushion around the edge, this bed gives your pet a supportive headrest, helping to relieve pressure while they sleep.
Soft & Durable Materials: Made from ultra-soft fabric with a sprinkle-patterned finish, this bed is both inviting for your pet and designed to withstand daily use.
Squeaky Pillow Fun: Comes with a squeaky pillow that adds an interactive element, making playtime more enjoyable for both dogs and cats.
Machine Washable Convenience: Designed to be easily machine washable, ensuring the bed stays fresh and clean without any hassle.
Main Material: Plush, Polypropylene Cotton Products Sizes: 24.41″L x 24.41″W (62×62 cm) Please Notes: Each bed includes a pillow.
Posi Lock external pullers are designed with a patented Safety Cage and built with steel. They deliver performance while exceeding safety standards. The center bolt threads are designed to achieve high torque with less effort; the nut is recessed to avoid mushrooming and disfiguration from impact; the slim tapered jaws allow for easier gripping and better access to tight spots; and the Cage tops it all off, guiding the jaws for fast setup, solid contact, and safety.
A variety of accessories, including tip protectors and extended-length jaws, are also available. Please be sure to review our product instructions before using our pullers. Below is just a sample of some specifications.
From acrylates to silicones: A new review provides a comparison among four most utilised, commercially available types of coating material for optical fibre coatings used for normal to harsh environments.
The full realisation of optical fibres in devices such as sensors is reliant on the stability of their polymer coating under in-service conditions. Depending on the application, resistance to several environmental factors may be required, such as high or low humidity level, temperature, pressure, or exposure to aggressive solids, liquids or gases. Changes in mechanical or chemical properties as a result of harsh environments can lead to stresses in the coating and subsequent deterioration of the physical or optical properties of the optical fibre.
Physiochemical properties
A variety of coating materials are available on the global market, offering optical fibre manufacturers a plethora of options. A new review provides a comparison among four most utilised, commercially available types of coating material: conventional and specialty acrylates, polyimides and silicones. It details the history of their development, reported physiochemical properties and some of their main limitations in the context of optical fibre coating applications.
The review has been published in Progress in Organic Coatings, Volume 180, July 2023.