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Bullseye Orange Opal Striker Double Rolled - 90 COE

Bullseye Orange Opal Striker Double Rolled - 90 COE by Bullseye Glass Co.
Unit Size* Price Qty 
small 8" x 10" $19.25 USD
medium 10" x 16"
$38.45
sale $28.95
large 16" x 20"
$76.85
sale $57.85

Item# B012530   In Stock

Product Features

  • Striker glass - perfect for fusing!
  • Double-rolled for a flatter surface and minimal bubbles
  • Premium handmade glass - 90 COE


Product Description

Create with Premium Bullseye Glass!
Premium handmade Bullseye glass is ideal for high-quality kiln work. Specifically formulated and tested for compatibility, this glass withstands multiple firings for complex projects without devitrification. The flatter double-rolled surface minimizes bubble entrapment, so colors can be layered for custom hues. A subtle "catspaw" texture allows modest light transmission when used in stained glass projects, creating an organic look.

Bullseye Orange Opal Striker is a Sulphur/Selenium bearing glass and may react with glass that contains copper or lead. The Standard thickness is 3 mm. 90 COE. 

Note: Striker glass matures to the color shown upon firing. Colors may vary, depending on firing schedule, rate, atmosphere, and heat work. For color-sensitive projects, test before use.

Photo above is a general representation of glass colors. Colors may vary. Sizes are approximate.

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5 out of 5 stars
  •   Great color for fall.
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Pros : Perfect for fall projects. Color is true throughout the piece.
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My commuting jacket is drying over a kitchen chair, and the cat has come down off the workbench to sniff the sleeve with deep suspicion. Fair enough. Theres a stripe of brown grit up the back, the kind wet roads and mashed leaves throw up all autumn.That grit ends up on brakes too. So heres a short pre-winter check for Defiant riders. Im working from general technique and the JupiterBike product listings, not from my own bike.Why autumn chews through brake padsQuick jargon check. On a disc brake, a metal disc called the rotor is fixed to the wheel hub. Two pads squeeze it to slow you down. They sit in a caliper, the clamp that straddles the rotor.Wet roads carry grit and leaf mush onto the rotor. When you brake, that grit gets trapped between pad and rotor and works like sandpaper, so the same commute wears pads faster