TF-20-BA GB8T GB220 TECHG22 PK220 SB1900 Genuine Parker Diaphragm/membrane for hydraulic breaker
TF-20-BA GB8T GB220 TECHG22 PK220 SB1900 Genuine Parker Diaphragm/membrane for hydraulic breaker
| Model | TF-20-BA GB8T GB220 TECHG22 PK220 SB1900 |
| Applicable Industry | Construction, mining, road and highway construction, building demolition, foundation construction, tunnel, stone and rock |
| breaking, ditching and special sites etc. |
Breaker Diaphragm CATEEEEEEalog
| Brand | Series |
| GENERAL | GB-1T,GB-2T,GB-3T,GB-4T,GB-5T,GB-6T,GB-8AT,GB-8T,GB-11T,GB-14T,GB-170E,GB-220E,GB-290E,GB-300E,GB-400E |
| FURUKAWA | HB-1G,HB-2G,HB-3G,HB-5G,HB-8G,HB-10G,HB-15G,HB-20G,HB-30G,HB-35G,HB-40G,F-1,F-2,F-3,F-4,F-5,F-6,F-9,F-12,F-19,F-20,F-22,F-27,F-35,F-45 |
| SOOSAN | SB-20,SB-35,SB-40,SB-45,SB-50,SB-60,SB-70,SB-80,SB-81N,SB-81,SB-100,SB-120,SB-121,SB-130 |
| MKB | MKB-150,MKB-150N,MKB-300,MKB-400,MKB-500,MKB-500N,MKB-800,MKB-900,MKB-900N,MKB-1200,MKB-1200N,MKB-1300,MKB-1400,MKB-1500V,MKB-1600,MKB-1700,MKB-1800,MKB-2000,MKB-2000N,MKB-2100V |
| KRUPP | HM-200,HM-300,HM-550,HM-600,HM-700,HM-711,HM-712,HM-720,HM-780,HM-951,HM-952,HM-960,HM-960-2,HM-1000A,HM-1300,HM-1500,HM-2000 |
| TOYO | THBB-100,THBB-101,THBB-301,THBB-401,THBB-801,THBB-1300,THBB-1400,THBB-1401,THBB-1600,THBB-2000 |
| TOKU | TNB-1M,TNB-2M,TNB-3M,TNB-4B,TNB-4E,TNB-5M,TNB-6E,TNB-6.5E,TNB-7E,TNB-13A,TNB-14B,TNB-14E,TNB-14D,TNB-15E,TNB-16B,TNB-22E,TNB-23E,TNB-150LU,TNB-151,TNB-190 |
| NPK | NPK-1X,NPK-2X,NPK-3X,NPK-4X,NPK-5X,NPK-6X,NPK-7X,NPK-8X,NPK-9X,NPK-10X,NPK-11X,NPK-12X,NPK-14X,NPK-16X,NPK-18X,NPK20X,NPK-25X,E-12X,E-16X,E-18X,E-210,E-212,E-215,E-218,E-220,E-224 |
| OKADA | UB-8,UB-8A1,UB-8A2,UB-10,UB-11A1,UB-11A2,UB-14,UB-15A1,UB-17A1,UB-17A2,OUB-301,OUB-302,OUB-303,OUB-304,OUB-305,OUB-306,OUB-308,OUB-309,OUB-310,OUB-312,OUB-312B,OUB-316,OUB-318,OUB-321,OUB-324 |
Parker membrane features
1, Material Variety: Parker membranes are available in a range of materials, including polyethersulfone (PES), polyvinylidene fluoride (PVDF), nylon, and others, each tailored to specific appliCATEEEEEEion requirements.
2, High Efficiency and Selectivity: They are designed to offer high removal rates of contaminants, whether it's particles, bacteria, viruses, or specific molecules, while maintaining high flow rates and minimizing fouling.
3, Durable and Robust: Parker membranes are engineered to withstand harsh operating conditions, including wide pH ranges, high temperatures, and mechanical stress, ensuring long service life.
4, Customizable: Parker offers a range of membrane configurations, pore sizes, and surface treatments to meet the unique needs of different appliCATEEEEEEions. This includes options for microfiltration, ultrafiltration, nanofiltration, and reverse osmosis.
5, Sanitization and Sterilizability: Many Parker membranes can be easily cleaned and sanitized or sterilized using common cleaning protocols, ensuring continuous process hygiene and safety.
6, Low Fouling Properties: Advanced surface technologies are often employed to reduce fouling, which increases membrane lifespan and reduces maintenance costs.
7, Consistent Quality: Parker membranes undergo rigorous quality control measures to ensure consistent performance and compliance with industry standards.
8, Sustainability Focus: Parker membranes contribute to sustainability efforts by enabling more efficient use of resources, reducing waste, and supporting the production of clean water and energy-efficient processes.
9, Technical Support: Parker provides comprehensive technical support, including appliCATEEEEEEion assistance, system design, and after-sales services, ensuring customers get the most out of their membrane systems.
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