New Protein Layer Technology and its use as Additive in ...The 3rd North American Industrial...
Transcript of New Protein Layer Technology and its use as Additive in ...The 3rd North American Industrial...
The 3rd North American Industrial Lubricants Congress
Chicago, September 20, 2018, Eric Yezdimer
New Protein Layer Technology
and its use as Additive in
Metalworking Fluids
distributed by:
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GELITA IS A GLOBAL LEADER IN COLLAGEN BASED PROTEIN PRODUCTS
2© 2017 GELITA AG. Any copies need to be authorized by GELITA
USA
Chicago, Illinois PRODUCTION
Sioux City, Iowa PRODUCTION, R&D
MEXICO
LeonPRODUCTION
TolucaPRODUCTION
BRAZIL
MococaPRODUCTION
MaringaPRODUCTION
CotiaPRODUCTION, R&D
FRANCE
Aix-en-ProvenceSALES OFFICE
AUSTRALIA
BeaudesertPRODUCTION
NEW ZEALAND
ChristchurchPRODUCTION
CHINA
ShanghaiSALES OFFICE
LiaoyuanPRODUCTION
PingyangPRODUCTION
SOUTH AFRICA
WestkrugersdorpPRODUCTION
SWEDEN
StidsvigPRODUCTION
GERMANY
EberbachPRODUCTION, R&D
GöppingenPRODUCTION
MemmingenPRODUCTION
MindenPRODUCTION
THE NETHERLANDS
Ter Apelkanaal, NLPRODUCTION
GREAT BRITAIN
Holmes ChapelSALES OFFICE
THAILAND
BangkokSALES OFFICE
MWF are needed in machining
for cooling and reduction of wear
3
Typical ingredients for MWF
• Mineral Oil
• Water
• Emulsifiers• Other additives (e.g. Corrosion
Inhibitors, Extreme Pressure Additives, Anti Wear Additives, Biocides/Fungicides etc.)
© 2018 GELITA AG. Any copies need to be authorized by GELITA
Oil works very good for lubrication
but limits cooling properties
4
Typical issues caused by weak cooling
• Increased Consumption
• Damaged Microstructure
• Reduced tool life• More effort for cleaning due to cracked
oil residues, difficulties in further processing steps (e.g. painting, bonding, phosphating)
© 2018 GELITA AG. Any copies need to be authorized by GELITA
Second Skin instead of a Raincoat:
Hydrophilic Protein Layers attract water
5
Advantages of Protein Layer Technology
• Changed surface wetting
• Improved cooling
• Better Surface quality
• Protein can be added as additive to any existing water-miscible product
© 2018 GELITA AG. Any copies need to be authorized by GELITA
Choice of Protein is Important
6
Common Proteins Available
in Industrial Quantities
Collagens
Caseins
Whey protein
Soy protein
Pea protein
Initial testing found that collagen based
proteins were more lubricating than
proteins from other sources
Cooling properties appeared very good
Prolines and Hydroxyprolines Stiffen Chains
7
Without Proline With Proline
rotating fixed
Protein ProlinesFrequency
HydroxyprolineFrequency
Collagen 14% 13%
Cassein 8-11% 0%
Whey 6% 0%
Soy 5% 0%
Pea 4% 0%
shear
more coiled less coiled
8
Scheme of Protein Layer Formation on a Surface
Substrate
Surface
Van-der-
Waals
Interaction
Hydrogen
Bonding
Protein
(from Collagen)
Water
molecules
1. Absorbtion
on Surface
2. Interaction
between Proteins
3. Water binding
by Proteins
4. Hydrophilic Layer
EEquilibrium
Moisture
Content
~10%
© 2018 GELITA AG. Any copies need to be authorized by GELITA
9
Supplied as 50% aqueous
solution of collagen peptidesContains 1% citric acid and
0.1% potassium sorbate as preservatives
NOVOTEC® CL800
Stock solution 1% dilution
Collagen peptides are very soluble and hard water stable
10
0
20
40
60
80
100
DI-water 400 ppm 800 ppm 1200 ppm
Tran
smit
tan
ce (
%)
450 nm
620 nm
CaCO3
11
Making protein films visible by Fluorescein-Markers
© 2018 GELITA AG. Any copies need to be authorized by GELITA
Microscope image of Fluorescein-marked NOVOTEC®
protein molecules (green) bound on a steel surface
Fluorescein isothiocyanate (FITC)
• Under normal conditions the protein layers are fully transparent and not visible for the human eye
• To make them visible under the microscope the Proteins are marked with FITC
Changed Surface Wetting Behavior by Protein Layers
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without NOVOTEC® 1% NOVOTEC®
1 s
3 s
5 s
7 s
Water on Steel surfaces treated with Protein
Water on Glass surfaces treated with Protein
without NOVOTEC® 1% NOVOTEC®
1 s
4 s
8 s
12 s
0
10
20
30
40
50
60
70
80
0 5 10 15 20
con
tact
an
gle
[°]
time [sec.]
untreatedsteel
treated with1% NOVOTEC
0
10
20
30
0 10 20
con
tact
an
gle
[°]
time [sec.]
untreatedglass
treated with1% NOVOTEC
© 2018 GELITA AG. Any copies need to be authorized by GELITA
®
®
Protein Layer provides an Easy to Clean Effect
13
With Protein Layer | Without Protein Layer
treated 1% Novotec CL800
Clean steel plate with a sunflower seed oil drop (dyed for contrast)
Protein Layer provides an Easy to Clean Effect
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With Protein Layer | Without Protein Layer
treated 1% Novotec CL800
Clean steel plate with a sunflower seed oil drop (dyed for contrast)
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5 6
Protein Layer provides an Easy to Clean EffectClean steel plate with a sunflower seed oil drop (dyed for contrast)
Benefits of Protein Layers for Metalworking
16
COOLING
LUBRICATION
2% NOVOTEC®
CL800
5% conventional
semisynthetic MWF
5% NOVOTEC®
CL800
5% conventional
semisynthetic MWF
© 2018 GELITA AG. Any copies need to be authorized by GELITA
LESS WEAR
CLEAN SURFACES
Protein Layers and Lubrication Performance
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Cross-Cylinder-Test (XTC)
• Determines friction and wear processes under preselected defined loads
• Records friction and temperature of lubricant
• Parameter: area of abrasion
© 2018 GELITA AG. Any copies need to be authorized by GELITA
Performance in Reichert Abrasion Wear TestInfluence of the total concentration (in DI water) of NOVOTEC® CL800 on the area of abrasion
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Findings
Increasing protein concentration reduces the area of abrasion
The area of abrasion has less residues in the presence of proteins
Level of typical oil based MWF
© 2018 GELITA AG. Any copies need to be authorized by GELITA water 5% semi-syn 5% CL800
Protein Layers and Lubrication Performance
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Tapping-Torque-Test(TTT)
• Visualizes real evidence of decisive process-parameters during forming and machining
• Forming and cutting operations possible
• Parameter: Torque/Drill depth
© 2018 GELITA AG. Any copies need to be authorized by GELITA
20
A: Original MWF Concentrate
B: Product A + 10% NOVOTEC® CL800
C: Product A + 20% NOVOTEC® CL800
Material: Steel 1.4571 (316Ti)
Tool: M4F 3.632 / Speed: 800 RPM
A: Original MWF ConcentrateB: Product A + 10% NOVOTEC® CL800C: Product A + 20% NOVOTEC® CL800
Effect of protein addition to commercial oil-based MWFTapping Torque Measurement of 10% dilution in deionized water
© 2018 GELITA AG. Any copies need to be authorized by GELITA
Semi-synthetic MWF
with low additive content
Semi-synthetic MWF
with heavy duty additive package
Material: Steel 1.4571 (316Ti)
Tool: M4F 3.632 / Speed: 800 RPM
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A: Original MWF Concentrate
B: Product A + 10% NOVOTEC® CL800
C: Product A + 20% NOVOTEC® CL800
Material: Steel 1.4571 (316Ti)
Tool: M4F 3.632 / Speed: 800 RPM
A: Original MWF ConcentrateB: Product A + 10% NOVOTEC® CL800C: Product A + 20% NOVOTEC® CL800
Effect of protein addition to commercial oil-based MWFTapping Torque Measurement of 10% dilution in deionized water
© 2018 GELITA AG. Any copies need to be authorized by GELITA
Semi-synthetic MWF
with low additive content
Semi-synthetic MWF
with heavy duty additive package
Material: Steel 1.4571 (316Ti)
Tool: M4F 3.632 / Speed: 800 RPM
22
Material-Protein-Interaction shown for full synthetic MWFTapping Torque Measurement of 5% dilution in deionized water
© 2018 GELITA AG. Any copies need to be authorized by GELITA
Full synthetic MWF
Formulations – forming of Steel
Full synthetic MWF
Formulations – forming of Aluminum
A: 5% Full synthetic fluid for aluminumB: 5% Full synthetic for steelC: 5% Test Formulation G18V1 / 25% Protein
A: 5% Full synthetic fluid for aluminumB: 5% Full synthetic for steelC: 5% Test Formulation G18V1 / 25% Protein
Material: Steel 1.4571 (316Ti)
Tool: M4F 3.632 / Speed: 800 RPM
Material: Aluminum 3.2315 (6082)
Tool: M4F 3.632 / Speed: 1000 RPM
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Material-Protein-Interaction shown for full synthetic MWFTapping Torque Measurement of 5% dilution in deionized water
© 2018 GELITA AG. Any copies need to be authorized by GELITA
Full synthetic MWF
Formulations – forming of Steel
Full synthetic MWF
Formulations – forming of Aluminum
A: 5% Full synthetic fluid for aluminumB: 5% Full synthetic for steelC: 5% Test Formulation G18V1 / 25% Protein
A: 5% Full synthetic fluid for aluminumB: 5% Full synthetic for steelC: 5% Test Formulation G18V1 / 25% Protein
Material: Steel 1.4571 (316Ti)
Tool: M4F 3.632 / Speed: 800 RPM
Material: Aluminum 3.2315 (6082)
Tool: M4F 3.632 / Speed: 1000 RPM
H2 N
NH
N
NH
HN
N
HN
NH
HN
NH
HN
NH
O
O
O
OO
O
O
OO
O
O
NH
2
NH
OH
O
OHCH
3
O
OH
S
H2 N
HO
O
HO
HN
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Hydrogen
Bonding
Van-der-
Waals
Interaction
Hydrogen
Bonding
Charge Distribution and pHOf NOVOTEC® CL800 Proteins
Steel
Aluminum
Basic
Charge
Acidic
ChargeVan-der-
Waals
Interaction
Supplied @
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Materials:
Piston AlSi12
Piston Surface - Diameter 100 mm
Piston Surface - Diameter 60 mm
Current product 5%
Current product 5%
NOVOTEC® CL800 2%
NOVOTEC® CL800 2%
Recorded Data:
Surface Roughness
Surface Quality
(Resistance to
pressure)
Protein Layers and Surface Integrity
© 2018 GELITA AG. Any copies need to be authorized by GELITA
At low cutting speed, chips are
not removed correctly. Broken
flakes melt with the surface.
NOVOTEC® CL800 provides
better cooling and pressure
resistance - thus less welding.
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Tested: various operations and materials (turning, milling, tapping) of
Cr-Ni-alloys (1.4301, 1.4571), Cr-Mo-Stahl (1.4112), CuZn39Pb3, AlMg4,5Mn, AlMg3, AlMgSi1
Positive: improved skin tolerance
people with proven allergy against conventional products could use the new product
little foam even at high pressure (20 bar)
no residues anymore although ion exchanger was switched of
better surfaces especially when machining non-ferrous metals
Negative: nothing
Field trial at GuF SondermaschinenNOVOTEC CL800® in KLUTHE HAKUFORM A805 3+ years
switched from synthetic MWF
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Tested: turning and milling of steel, stainless steel, aluminum, non-ferrous metal, composites
Positive: improved skin tolerance
less consumption
increased life time of tools
excellent biostability and low demand regarding maintenance
reduced odor
Negative: nothing
Field trial at Heidelberger DruckmaschinenNOVOTEC CL800® in KLUTHE HAKUFORM A805 3+ years
switched from synthetic MWF
Chips are very clean in appearance (reduced carry out)
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29© 2018 GELITA AG. Any copies need to be authorized by GELITA
Tested: turning, milling and grinding of aluminum, steel (hard and soft), corrosion-resistant steels, titanium, and plastics
Positive: the work results are very good
works since 3 years on more than 30 machines and is stable even when used not very often
low consumption and dry flakes
parts immediately dry and clean
no emissions
Negative: nothing
Field trial at cwTecNOVOTEC CL800® in Private Label MWF 3+ years
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Industry Trends Manufacturer (B2B) Consumer (B2C)
Regulatory
(Product Safety)
No REACH
Natural polymer
Natural Product with high
performance
Performance
(Efficiency)
New Additive/ Base Stock(can be incorporated in most water-
miscible metalworking fluids or full
synthetics)
Improved Cooling
Surface Integrity
Easy Cleaning of Parts and
Machines
Eco-friendly
(free-from claims) Clean Label
Skin friendly
Less odor
No or only very low allergenic
potential
Benefits of adding Proteins to MWFsfor NOVOTEC® CL800
© 2018 GELITA AG. Any copies need to be authorized by GELITA
31
ACKNOWLEDGMENTS
The GELITA Team:
Matthias Reihmann
Christoph Simon
Berthold Koehler
Nina Offenbecher
Selina Seip
Michael Magenheimer
Peter Reiter
Kyle Hoffman
Special thanks to our partners
and trial participants.
“If I have seen further, it is by standing on
the shoulders of Giants.”
Isaac Netwon, 1675
The 3rd North American Industrial Lubricants Congress
Chicago, September 20, 2018, Eric YezdimerAustralia
Beaudesert
Phone: +61 (7) 55 41 - 35 44
Brazil
Cotia São Paulo
Phone: +55 11 2163-8000
USA
Sioux City, IA
Phone: +1 712 943 5516
South Africa
West Krugersdorp
Phone: +27 11 662 5300
China
Shanghai
Phone: +86 21 6335 3099
Mexico
Lerma
Phone: +52 7 28 285 0101
Germany
Eberbach
Phone: +49 62 71 84-01
New Zealand
Christchurch
Phone: +64 33 84 30 93
Sweden
Stidsvig
Phone: +46 4 35 265 - 00
France
Aix-en-Provence
Phone: +33 4 42 63 28 40
UK
Holmes Chapel
Phone: +44 14 77 53 69 00
www.GELITA.com
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