عرض 61–72 من أصل 126 نتيجة

DEEPCOOL GAMMAXX L120 V2 AIO liquid cooling systems Anti-leak Tech Inside

Out of stock

999 EGP
DEEPCOOL GAMMAXX L120 V2 GAMMAXX L series AIO coolers are known for their powerful performance, neat appearance, and tempting cost

DEEPCOOL GAMMAXX 400 Pro

SKU: 1202

Out of stock

899 EGP
DEEPCOOL GAMMAXX 400 Pro T GAMMAXX 400 PRO Overview Specifications Gallery Downloads GAMMAXX 400 PRO Complete Upgrade Defining Professionalism GAMMAXX

DEEPCOOL RF120 FS

SKU: 1215

Out of stock

150 EGP
Technical Spec Specification RF120  FS Overall Dimensions 120X120X25mm Net Weight 143g Bearing Type Hydro Bearing Rated Voltage 12VDC Rated Current

DEEPCOOL XFAN 120

SKU: 1219

Out of stock

السعر الأصلي هو: 250 EGP.السعر الحالي هو: 199 EGP.
DEEPCOOL XFAN 120 DEEPCOOL XFAN 120 DEEPCOOL XFAN 120 High quality 120-mm black fan. COLOR black Overview Specifications Gallery High

DEEPCOOL G15 THERMAL COMPOUND

SKU: 1220

Out of stock

150 EGP
Brand DEEP COOL Series G15 Item model number G15 Item Weight 2.82 ounces Product Dimensions 5.12 x 0.63 x 7.87

NZXT Kraken X53 240mm – RL-KRX53-01 – AIO CPU Liquid

SKU: 171

Out of stock

2.750 EGP
nzxt-kraken-x53-240mm Details This All-in-One (AIO) liquid cooler is designed with the ability to fit comfortably in most cases, with two

NZXT Kraken X63 280mm – RL-KRX63-01 – AIO CPU Liquid

SKU: 181

Out of stock

3.199 EGP
NZXT Kraken X63 280mm NZXT Kraken X63 280mm Water Block Dimensions(LxWxH): 80 x 80 x 55 mm Material: Block: Copper,

NZXT Kraken X73 360mm – RL-KRX73-01 – AIO CPU Liquid

SKU: 194

Out of stock

3.599 EGP
Water Block Dimensions(LxWxH): 80 x 80 x 55 mm Material: Block: Copper, Housing: Plastic Pump Motor Speed & Power: 800

Fan DEEPCOOL GAMMAXX 200T

SKU: 1561

Out of stock

399 EGP
Description The next-gen GAMMAXX 200T has preserved the essential features and great heat dissipation performance of the GAMMAXX 200: Core

DeepCool EX750 high performance thermal paste

SKU: 1566

Out of stock

350 EGP
DeepCool EX750 high performance thermal paste is crafted for extremely low thermal resistance for efficient heat dissipation in any scenario.