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SYNCOOL

Numbering:

L0964


Product description


  • 产品描述
    • Commodity name: SYNCOOL
    • Commodity ID: L0964

    LUBRIPLATE SYNCOOL

    Synthetic Biodegradable Air Compressor Fluid

    LUBRIPLATE Syncool is a 100% synthetic polyglycolester fluid targeted for high performance in rotary screw and rotary vane air compressors where high operating temperatures are present. Typically, compressors with discharge air temperatures ranging from 210°F to 240°F are candidates for LUBRIPLATE Syncool. It is formulated with state of the art additives to enhance its already inherent outstanding performance characteristics.

    LUBRIPLATE Syncool may be recommended against Sullair Sullube, Palatek Pallube and Ingersoll Rand SSR Ultra Coolant.

    LUBRIPLATE Syncool provides several advantages compared to petroleum-based products.

    It is biodegradable.

    Biodegradation:

    Test Method: OECD 301F; ISO 9408; 92/69/EEC, C.4-D

    Method of Analysis: BOD of the ThOD

    Degree of Elimination: > 70%

    Evaluation: Readily biodegradable (according to OECD criteria).

    The product is biodegradable.

    Excellent thermal and oxidation stability characteristics increase the service life of the lubricant resulting in extended drain intervals; typically 8,000 hours under normal conditions.

    Non-carbonizing which eliminates harmful deposits.

    High viscosity indexes, which means less change in the viscosity of the fluid over a wide temperature range.

    Excellent lubricity qualities, very low coefficients of friction and superior heat transfer characteristics resulting in lower operating temperatures and energy savings.LUBRIPLATE encourages the use of our No-Charge Oil Analysis Program

    when using the LUBRIPLATE Syncool to determine the proper drain interval of individual compressors.

    LUBRIPLATE Syncool Typical Properties:

    LUBRIPLATE

    Physical Characteristics                    ASTM                         Syncool

    Viscosity @ 40°C cSt                       D-445                          41.17

    @ 100°C cSt                                     D-445                          8.02

    Viscosity Index                                 D-2270                        172

    Pour Point °F/°C                               D-97                         -40º/-40º

    Flash Point °F/°C                              D-92                         530º/277º

    Fire Point °F/°C                                D-92                         595º/313º

    API Gravity                                       D-287                         12.5

    Color                                                  D-1500                       L1.0

    Density (Pounds/Gallon)                                                      8.15

    ISO Viscosity Grade                                                            32/46

    Performance Characteristics

    Four-Ball Wear Test                          D-4172                       0.35

    Average Wear Scar Diameter

    (40 Kg., 1200 rpm., 1 hr. @ 75°C)

    Copper Corrosion                               D-130                         1a

    Rust Prevention                                  D-665A                      Pass

    Four Ball EP Weld Test                                                        120 Kg.

    Load Wear Index                                                                   32

    FZG Pass Stage                                                                     12

    Packaging Available                                                          Syncool

    5-Gallon Pail                                                                      L0964-060

    55-Gallon Drum                                                                 L0964-062

                                                                                                                                                       Printed in USA

                                                                                                                                                       Revised 10/10/08