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What do you think of the new Okami reflectors?

It has taken some time to settle in to the new design of the reflector.

The original Okami design was based on the existing reflector, which was based around a plastic cone.

But it wasn’t always that simple. 

Okami was originally going to be a light weight, durable and inexpensive reflector for the NHL.

That was one of the reasons the NHL kept it from being unveiled in the spring.

The reflector design was supposed to be made from an old, non-porous polycarbonate material called polyethylene terephthalate (PET).

In fact, the NHL had the first official polyethylate reflector in 1962, but it was a single piece, which limited its usefulness.

It took several iterations of the design to come up with the design that the NHL now has.

The design was changed for the 1980s and into the 1990s, when the NHL made the decision to use a lightweight, carbon fiber reflector called Reflector A. When the NHL unveiled the new Reflector B in 2018, it was made from the same old material, but now it was the first reflector to use the newer, stronger plastic. 

The reflector’s design is a lot lighter than the original one.

According to the NHL, the new reflector weighs 1,800 grams.

It also uses a new reflectance technology that uses light to create an image of the face.

It uses the same reflector material as the reflectors in the old reflectors, but the new material has been coated with a new coating. 

It’s a pretty small change, but this change in the reflectance also changes the way it looks.

Previously, the reflectances were mostly a white, white, black and gray.

This change in reflectance is also meant to make the new reflective reflectors easier to identify.

It’s the same coating that is used on the old ones.

“It’s like a black and white film that is just painted over,” said Mike Trenholm, the director of the NHL’s Hockey Operations Research Laboratory. 

“We’re going to see more and more teams using this material, and the new materials, and hopefully we can keep it simple and use it more as a reflective surface, to create a more uniform and more reflective look.” 

As for the quality of the material? 

“I’m not sure,” Trenheim said.

“It’s not the same material that we had.

The new material looks better than the old material.

I guess I can’t say I’m too happy about that.

I think the NHL did a great job with it, though.” 

For now, the focus is on making the new and improved Reflector a very safe, easy-to-use and inexpensive reflective surface for the players.

But if the new, more efficient, reflectors are able to improve on the previous ones, it will be a big upgrade. 

(Editor’s note: This story has been updated with a statement from the NHL.)