The Glacier Series C350a is a compact waterblock with Satin Black or Mirror Chrome finish which is also fitted with RGB lighting, designed to be paired with an overclocked AMD CPU.
The Glacier Series C350a is a compact waterblock with Satin Black or Mirror Chrome finish which is also fitted with RGB lighting, designed to be paired with an overclocked AMD CPU.
PRESS RELEASE
Rotterdam, The Netherlands, May 24th, 2017 – Phanteks, the award-winning thermal cooling and chassis manufacturer, is excited to introduce the Glacier Series C350a, a compact CPU water block for the AMD platforms that delivers the highest possible rate of cooling performance to the processor efficiently and improves stability when overclocked.
The Glacier C350a features a large copper base in high quality nickel finish, polished acrylic surface, and integrated high density cooling fins. The fins are fine-tuned to 0.4mm wide and designed with extra high fins (5mm) for improved conductivity. The C350a is integrated with RGB Lighting that can be synchronised with all Phanteks RGB products and RGB motherboards. Tailored with Viton O-Ring, the C350a is durable, resistant to extreme temperatures and retains sealing performance for long periods of time. The Glacier C350a can be integrated into any enthusiast system without compromise. The C350a CPU Water Block is available in two colors, Satin Black and Mirror Chrome.
Features
DESIGN
– Magnetic Anodised aluminium cover plates,
– Reliable and flexible mounting system for all orientations
– High Quality nickel finish
– Polished acrylic surface
– Available in either Satin Black or Mirror Chrome.
INTEGRATED RGB LIGHTING
– Compatible with Phanteks RGB-equipped cases
– Industry Standard RGB 4-pin adapter included for synchronisation with RGB motherboards
– Compatible wth MSI Mystic Light Sync, ASUS Aura Sync and Gigabyte RGB Fusion
DESIGNED FOR PERFORMANCE
– Integrated cooling fans made from a unibody copper base
– Enlarged copper base for the best thermal capacity
– High density cooling fins, fine-tuned to 0.4mm wide
– Extra high fins (5mm) for improved conductivity
– High flow engineering reduces flow resistance for outstanding cooling performance
– Extreme cooling performance and optimal heat dissipation for heavy loads and overclocking
– Phanteks’ PH-NDC Thermal Compound with nano diamond-like particles.
VITON O-RING FOR HIGH RELIABILITY
– Tailored Viton rubber sealing
– Applied in automotice and aerospace industries
– Improved durability – resistant to wear and tear during installation or overtightning
– Resistant to extreme temperatures and aggressive fluids
– Viton retains sealing performance for long periods of time.
– Magnetic Anodised aluminium cover plates,
– Reliable and flexible mounting system for all orientations
– High Quality nickel finish
– Polished acrylic surface
– Available in either Satin Black or Mirror Chrome.
INTEGRATED RGB LIGHTING
– Compatible with Phanteks RGB-equipped cases
– Industry Standard RGB 4-pin adapter included for synchronisation with RGB motherboards
– Compatible wth MSI Mystic Light Sync, ASUS Aura Sync and Gigabyte RGB Fusion
DESIGNED FOR PERFORMANCE
– Integrated cooling fans made from a unibody copper base
– Enlarged copper base for the best thermal capacity
– High density cooling fins, fine-tuned to 0.4mm wide
– Extra high fins (5mm) for improved conductivity
– High flow engineering reduces flow resistance for outstanding cooling performance
– Extreme cooling performance and optimal heat dissipation for heavy loads and overclocking
– Phanteks’ PH-NDC Thermal Compound with nano diamond-like particles.
VITON O-RING FOR HIGH RELIABILITY
– Tailored Viton rubber sealing
– Applied in automotice and aerospace industries
– Improved durability – resistant to wear and tear during installation or overtightning
– Resistant to extreme temperatures and aggressive fluids
– Viton retains sealing performance for long periods of time.
The Glacier C350a is available in the UK and EU priced at an MSRP of £69.99/ €79.90 inc. V.A.T. For more information on the Glacier Series visit Phanteks.com
