Oil Filter H F123 For Kawas aki KL250 KL600 KL650 KLR650 KLX650 1977-2016 sets a remarkable benchmark in advanced filtration for motorcycle and industrial engines. With a heritage covering nearly four decades and compatibility for legendary Kawasaki KL250, KL600, KL650, KLR650, KLX650 series (1977-2016), this filter exemplifies technological progress and reliability. This in-depth review covers market trends, manufacturing process, technical specs, application scenarios, factory comparisons, customization, and field-proven case studies, aligned with EEAT requirements of Google SEO for maximum trust and professionalism.
Amidst these trends, Oil Filter H F123 For Kawas aki KL250 KL600 KL650 KLR650 KLX650 1977-2016 emerges as a top choice for professionals seeking reliability, performance, and compliance with global standards.
Parameter | Value | Industry Standard | Testing Method |
---|---|---|---|
Compatibility | KL250, KL600, KL650, KLR650, KLX650 (1977-2016) | OEM Spec | Fitment Test |
Dimensions | Height 58mm, OD 43mm, ID 12mm | ISO 4548 | Digital Caliper |
Material | CNC Aluminum Body, Multi-layer Cellulose-Synthetic Media | ISO 16889 | Composition Analysis |
Filtration Efficiency | >99% @ 20 μm | ISO 4548-12 | Microparticle Test |
Flow Rate | 12 L/min | OEM/ISO | Pressure Drop Flow |
Burst Pressure | >12 Bar | ANSI/SAE HS-806 | Hydrostatic Test |
Anti-drainback Valve | High-temp Nitrile | ISO 9001/QS9000 | Thermal Cycle Test |
Service Life | 8,000-10,000 km | OEM Spec | Life Cycle Simulation |
Feature | Oil Filter H F123 | K&N KN-123 | Fram CH6008 |
---|---|---|---|
Filtration Grade | >99% @ 20 μm | 95% @ 40 μm | 93% @ 40 μm |
Flow Consistency | Stable, 12 L/min | Fluctuating | Moderate |
Material | CNC Aluminum, Hi-tech Media | Steel, Synthetic | Paper & Steel |
Burst Pressure | 12 Bar | 10 Bar | 9 Bar |
ISO Certification | Yes (ISO 4548, 16889) | Yes | No |
Anti-corrosion | Excellent | Good | Average |
Service Life | 10,000 km | 8,000 km | 6,000 km |
Every Oil Filter H F123 For Kawas aki KL250 KL600 KL650 KLR650 KLX650 1977-2016 is validated against ISO, ANSI, and OEM standards, ensuring exceptional particle retention, longevity, and corrosion resistance under harsh field and laboratory testing.
Our company’s 15+ years OEM filtration experience and partnerships with Asia-Pacific, European, and North American manufacturers reinforce our expertise and authoritative product reputation.
These interactive charts illustrate the decade-spanning progress and the superior stablility of Oil Filter H F123 For Kawas aki KL250 KL600 KL650 KLR650 KLX650 1977-2016 in critical technical metrics, field-tested by international OEM partners and trusted by leading global industries.
Oil Filter H F123 For Kawas aki KL250 KL600 KL650 KLR650 KLX650 1977-2016 offers >99% efficiency at 20 microns (“μm” = micrometre, 1/1000 mm)—it removes over 99% of contaminants sized ≥ 20μm (e.g., carbon, metallic dust), safeguarding critical engine parts.
Every filter is manufactured and validated under ISO 16889, ISO 4548, and ANSI/SAE HS-806 norms, ensuring rigorous performance in particle retention, durability, and safety for both commercial and industrial OEMs.
The housing uses corrosion-resistant CNC-processed aluminum, while the media is a high-modulus multilayer composite (cellulose + synthetic fiber), maximizing both particle trapping and flow.
Tested for up to 10,000km under highway, off-road, and typical industrial duty cycles. Recommended interval aligns with both Kawasaki and leading industry guidelines.
Yes; our filter uses a high-temperature nitrile anti-drainback valve, preventing 'dry start' (engine running dry momentarily after downtime)—crucial for reliability in all climates.
Installation matches OEM filters: lubricate gasket, hand-tighten per torque specs. 100% direct-fit for all listed models (KL250/KL600/KL650/KLR650/KLX650, 1977-2016).
Burst pressure indicates failure resistance under sudden overpressure; our product is rated >12 Bar (ISO/ANSI tested), protecting engines from catastrophic pressure spikes caused by cold starts or clogged downstream flow.