CHEVROLET CV BAĞLANTISI

KAWA DWIN-T200 INNER CV JOINT 22X35X34 CHEVROLET 96489845 CHEVROLET AVEO (T200) 2003-2008;CHEVROLET KALOS 2003-2008;CHEVROLET LACETTI/OPTRA (J200) 2003-2008;CHEVROLET NUBIRA (J150) 1999-2003 1. Excellent Heat Resistance Stable performance under high temperature.Not easy to soften or deform. 2. Firm Assembly Structure Not easy to loosen during long operation.Ensures continuous and stable work. 3. High Transmission Efficiency Less power loss during operation.Improves the

KAWA DWIN-SPA INNER CV JOINT 19X35X22 CHEVROLET 96567442; 96963323 CHEVROLET AVEO (T200) 2003-2008;CHEVROLET KALOS 2003-2008;CHEVROLET MATIZ/SPARK (M100) 1998-2005 1. High Rigidity Excellent rigidity against bending.Ensures stable transmission under load. 2. Leak-Proof Design Effectively prevents lubricant leakage.Keeps the working environment clean. 3. Smooth Power Delivery Ensures steady and continuous torque output.Makes equipment run more steadily. OE year Car Model

KAWA DWIN-NEX INNER CV JOINT 22X35X34 CHEVROLET 26010773; 96243576 CHEVROLET LANOS (T100) 1997-2002;CHEVROLET NUBIRA (J100) 1997-1999;DAEWOO NEXIA 1500I (G15MF) 1995-2009;DAEWOO NEXIA NEW 2009- 1. Superior Vibration Damping Effectively absorbs vibration and shock.Protects connected components. 2. High Dimensional Accuracy Precise machining ensures perfect fitting.No abnormal shaking during operation. 3. Long‑Lasting Durability Stands up to heavy and continuous use.Reduces

KAWA DWIN-MAT INNER CV JOINT 19X35X22 CHEVROLET 96273572; 96396135 CHEVROLET MATIZ/SPARK (M100) 1998-2005;CHEVROLET MATIZ/SPARK (M200) 2005-2008 1. High Structural Strength Made from high-strength materials.Resists bending and breaking. 2. Low Maintenance Needs Designed for less frequent upkeep.Saves time and maintenance cost. 3. Stable Connection Performance Tight and reliable connection.Prevents loosening during operation. OE year Car Model Location 9627357296396135 1998

KAWA DWIN-J200 INNER CV JOINT 29X38X22 CHEVROLET 96245311 CHEVROLET AVEO (T200) 2003-2008;CHEVROLET AVEO (T250) 2006-2008;CHEVROLET KALOS 2003-2008;CHEVROLET LACETTI/OPTRA (J200) 2003-2008 1. Outstanding Structural Stability Avoids deformation under long-term load.Ensures steady power transmission. 2. Excellent Aging Resistance Resists aging and hardening in long-term use.Maintains flexibility and reliability. 3. Cost-Effective Choice Long service life with less maintenance

KAWA DWIN-ESP INNER CV JOINT 29X35X34 CHEVROLET 96245286; 510416 CHEVROLET LACETTI/OPTRA (J200) 2003-2008;CHEVROLET LEGANZA (V100) 1998-2002;CHEVROLET NUBIRA (J100) 1997-1999 1. Strong Deformation Resistance Maintains shape under heavy load.Ensures stable transmission. 2. Effective Lubrication Retention Keeps internal parts well-lubricated.Reduces wear and extends life. 3. Dependable Operational Safety Reduces risk of sudden failure.Ensures stable and safe equipment running.

KAWA OP-014A43 OUTER CV JOINT 22X52X22 OPEL 374173; 374014; 90304775 OPEL VECTRA A 1988-1995 1. High Compatibility Fits various models and transmission systems.Widely used in different equipment. 2. Low Failure Rate Stable structure reduces breakdowns.Lowers maintenance and downtime cost. 3. Fine Machining Finish Smooth surface reduces friction and wear.Ensures longer and safer service. OE year Car Model Location 37417337401490304775 1988-1995 OPEL VECTRA A OUTER CV JOINT

KAWA OP-MERB OUTER CV JOINT 23X52X33 OPEL 374871,13335207 OPEL MERIVA-B 2010- 1. Enhanced Wear Resistance Reduces daily friction and abrasion.Maintains performance for longer periods. 2. Stable Dynamic Performance Works smoothly under continuous operation.Minimizes unexpected malfunctions. 3. Professional Grade Quality Meets international industrial standards.Suitable for professional and heavy use. OE year Car Model Location 37487113335207 2010- OPEL MERIVA-B OUTER CV JOINT

KAWA OP-211A29 OUTER CV JOINT 22X52X22 OPEL 0374211,374263; 374211 OPEL ASTRA F 1991-1998;OPEL CORSA B 1993-2000;OPEL KADETT E 1984-1991;OPEL TIGRA A 1994-2000;OPEL VECTRA A 1988-1995 1. Good Flexibility Adapts to different installation angles.Reduces additional stress on the system. 2. High Safety Performance Stable structure avoids sudden failure.Ensures safer operation of equipment. 3. Energy-Saving Design Efficient transmission lowers energy waste.Helps reduce long-term