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Hung’s International Inc. U.S.A
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UTF-Bio-Based/Green Fluid
Numbering:
L1072
Product description
- 产品描述
-
- Commodity name: UTF-Bio-Based/Green Fluid
- Commodity ID: L1072
LUBRIPLATE UTF Biobased Green
“Biobased Lubricants that Perform Like Synthetics”
LUBRIPLATE UTF Biobased Green is a universal tractor fluid that incorporates Stabilized* additive technology with
biodegradable vegetable based stocks. This formulation contains special frictional modifiers for the Wet Brake’s
equipment design and is compounded with detergent, dispersant, anti-wear, anti-rust and anti-foam inhibitors.
LUBRIPLATE UTF Biobased Green is an ultimately biodegradable 1, multi-grade lubricant that can be used in
agricultural, industrial and construction equipment and has proven field performance.
Meets or exceeds all of the requirements of John Deere’s Hygard (Specification J20-C); Allison C-3, Cat TO-2 and API
GL-4, Low-Speed/High Torque.
Meets and exceeds universal tractor specifications for OEMS.
John Deere Case International
J20C, J14A JIC-145/MS-1210
Quantrol
TM
JIC-185/MS-1204
J20D MS-1205, MS-1127, M1129-A
Ford White Farm
M2C134-D Q-1826
M2C86-C, M2C86-B Q-1705, Q-1766, Q-1802
M2C41-B, M2C48-B
M2C53-A, M2C134-A Duetz-Allis
M2C134-B, M2C134-C Landini
Fiat-Hesston
Massey-Ferguson
M1135, M1141 Transmission OEM’s
M1110, M1127, M1129-A ATD Allison C-4
Kubota
Steiger
Versatile
LUBRIPLATE UTF Biobased Green is an ENVIRONMENTALLY RESPONSIBLE hydraulic fluid that is formulated from
renewable, agricultural plant resources. We believe Earth’s environmental future rests in the use of renewable materials.
High Oleic Base Stocks (HOBS) are agricultural vegetable oils. This Stabilized technology allows the HOBS to perform as a high performance formula in high and low temperature applications, reducing oil thickening and deposits.
1
Ultimate Biodegradation (Pw1) within 28 days in ASTM D-5864 Aerobic Aquatic Biodegradation of Lubricants
LUBRIPLATE UTF Biobased Green is available in the following packaging:
Container Size Part No.
5-Gallon Pail L1072-060
55-Gallon Drum L1072-062
Test Data
LUBRIPLATE UTF Biobased Green
Test Typical Results Specification Limits
Viscosity @ 100ºC (ASTM D-445) 10.26 9.10 min.
Viscosity @ 40ºC (ASTM D-445) 47.8 None
Viscosity Index (ASTM D-2270) 210 140
Shear Stability Orbahn (ASTM D-6278)
Vis. @ 100ºC (after shear) 9.38 9.10 min.
Brookfield Viscosity (ASTM D-2983)
@ -20ºC 1,650 4,500 max.
5,500 per J. Deere
@ -35ºC 11,150 70,000 max.
Flash Point, ºC 251 200 min.
Stable Pour Point, ºC -39 -37 max.
Oxidation Stability JDQ 16
Evaporation Loss 0.65% 5.0% max.
Viscosity Increase @ 100ºC 5.02% 10.0% max.
Viscosity Increase @ 40ºC 4.0 ----------
Sludge Formation None None
Additive Separation None None
Rust Protection JDQ 22 >100 100 hrs. min.
Copper Corrosion JDQ 32 1A 1B max.
Foaming Characteristics JDQ 33
Sequence I 40/0 25/0 ml. max.
Foam Breaktime 82 30 sec. max.
Sequence II 0/0 50/0 ml. max.
Foam Breaktime 0 30 sec. max.
Sequence III 30/0 25/0 max.
Foam Breaktime 0 30 sec. max
Water Sensitivity JDQ 19
Solids 0.0 0.1% v max.
Additive Loss 0.0 15.0% wt. max.
Extreme Pressure Properties JDQ 34
Timken Abrasion Mass Loss 0.5 mg. 1.5 mg. max.
Timken OK Load 73 N 45 N min.
Rubber Compatibility JDQ 9
Volume Change +1 0 to +5%
Hardness Change -0.5 0 to -5 pts.
Precipitation None Trace
Rubber Compatibility
Reference 69X311111
Volume Change +2.5 0 to +5
Hardness Change -1.5 0 to -5
Precipitation None None
Oil Compatibility JDQ 23
Additive Separation None None
Foaming Characteristics
Sequence I 0/0 25/0 ml. max.
Foam Breaktime 0 30 sec. max.
Sequence II 0/0 50/0 ml. max.
Foam Breaktime 0 30 sec. max.
Sequence III 0/0 25/0 ml. max.
Foam Breaktime 0 30 sec. max.
(Continued) 3
LUBRIPLATE UTF Biobased Green
Test Typical Results Specification Limits
Oxidation Stability
Evaporation Loss 1.6 5.0% max.
Viscosity Increase @ 100ºC 6.0 10.0% max.
Viscosity Increase @ 40ºC 9.8 ---------------
Sludge Formation None None
Additive Separation None None
Low Temperature Fluidity JDQ 73/74
Cold Soak @ -35ºC 27 secs. 30.0 sec. max.*
Slow Cool
@ -30ºC 30 mm in 3 secs. 30.0 sec. max.*
@ - 35ºC flow in in 30 secs. 30 mm in 11 secs. 10.0 mm min.**
*Must flow 30 mm in a maximum of 30 seconds to pass.
**Must flow at least 10 mm in 30 seconds to pass.
JDQ 94 PST Clutch Friction
Total Cycles 2,000 2,000
Initial Friction Coefficient 0.077 0.15 max.
Final Friction Coefficient 0.105 0.08 min.
Stall Time (sec.) 1.77 5.0 max.
Disk #1 Wear (mm) 0.178 0.38 max.
Disk #2 Wear (mm) 0.174 0.38 max.
Disk #3 Wear (mm) 0.254 0.38 max.
Disk #4 Wear (mm) &n