SPEEDPRO COBRA GP2-RR BlackSeries Slip-on road legal/ECE/ homologated BMW R 850 RT / R 1100 RT-RS / R 1150 RT-RS

Matt Black Aluminium coating has been designed to protect both product and nonmetal substrates.

Aluminum sheath coated with Black velvet Matt Ceramics. Matt Black Velvet, length 450-200mm, 2mm aluminum shell Our Ceramic coatings are temperature stable from 650°C, up to 1,100°C for the Black Velvet series. We process two high quality Ceramic formulations. The Ultra Performance Metallic Series. The high temperature series stands for a highly polished, chrome-like surface. Temperature stable to over 650°C, Black Velvet offers very good corrosion protection, as well as optimum flexibility on all base materials. The Ultra Performance Satin Metallics are not comparable to conventional silicone products. Temperature stable up to over 1,100°C, our Ceramic Coatings are characterized by an optimal flex in combination with a hard and abrasion resistant surface. No calcification at constantly high operating temperatures, no cracking or detachment even at extreme temperature fluctuations. Properties Temperature stable up to over 1,100°C Excellent corrosion protection Optimum combination of flex and hardness Chemical resistant Very good thermal insulation / reduction of radiation temperature

 

Black Velvet is a high-quality semi-matt black ceramic coating. Black Velvet is setting new trends in design and aesthetics with a specific SoftTouch surface area. The Ultra Performance Satin Metallics are not comparable to conventional silicon products. Our ceramic coatings, heatresisting up to approx. 1100 °C, offer an optimal flex together with a hard and abrasion-resistant surface. There is no scaling at constant high operating temperatures and there is no crack formation or detach under extreme temperature fluctuation.

Stainless Steel factory

Stainless steel clamp titanium finish

Stainless steel in matt black

Stainless steel clamp in Black Velvet matt. Many high performance coatings claim to be capable of operating at high temperatures. Most coatings, however, fail as temperatures exceed 1.000°F. All of our high temperature Ultra Performance Coatings are stable up to 1.100°C. Our high temperature line consists of two high quality formulations, the Ultra Performance Satin Metallic series. Available in several metallized finishes, these coatings will not only give an attractive look but also works as a perfect thermal barrier that increases performance and horsepower by increasing heat scavenging during the exhaust cycle. Our coatings have shown lower radiant temperature between 400-600°F. Performance Proven Hight Temp. Coating Heat stable up to 1.100°C Excellent Corrosion Protection Extreme Hardness Maximum Chemical Resistance Thermal Barrier Protection

V2A Stainless steel sanded, Stainless steel discolors golden-brown under the influence of heat in contrast to aluminum.

Titanium Works Finish. A unique offering from Speed Products of Europe. Titanium Works Finish is not a coating, but a media blast finish using our own special recipe of ingredients. The result is a stainless steel exhaust that after it goes through a heat cycle on the motorcycle, takes on unique coloring that looks much like those works components our factory racers use.

Matt Black Ceramic Coating has been designed to protect both metal and nonmetal substrates. Additionally, the Matt Black has been designed to withstand extreme use temperatures (800°C). This makes the coating ideal exhaust systems and components. Matt Black Ambient Cure Ceramic Coatings maintain excellent adhesion even after repeated thermal cycling.

Black Velvet
Ambient Cure Ceramic Coating has been designed to protect both metal and nonmetal substrates. Additionally, the Black Velvet has been designed to withstand extreme use
temperatures (1,800°F). This makes the coating ideal exhaust systems and components. Black Velvet Ambient Cure Ceramic Coatings maintain excellent adhesion even after
repeated thermal cycling. These coatings provide superior protection again corrosive environments and
thermal shock.