1. Hollinee Filtration

2. HOLLINEE Started Glass Operations 1972 For The
Fiberglass Reinforced Plastic Market
Glass Filtration Operation Started 1978
Current 3 Operations Servicing Filtration
& FRP Markets Throughout The World

3. Filtration History
30 Years Ago Fiberglass Held Majority Share of the Market
Competing Materials Gained Share With New Higher Performance Products.
Fiberglass Becomes The Low Cost & Low Performance Option.
Continuous Fiberglass R&D is Focused on FRP Markets Not Filtration.

4. Market Observations Low End Of The Market/Fiberglass
Price/Performance Gap Between Glass
& Competing Materials
Current Glass Products Losing Market
Share To Competing Materials

5. Hollinee’s Goal Develop Next Generation Glass Filter
Supply Performance Glass Products
To Our Customers
Develop Performance Rated Glass To
Fill The Market Gap
Maximize New Product Development
To Help Hollinee & Their Customers
Increase Market Share

6. The Challenge A Fiberglass Filter That Outperforms…
A Fiberglass Filter Offering Value Beyond
Price…
A Fiberglass Filter That Pays For Itself
In Energy Savings & Ease of Conversion.

7. The Answer
The MRG700…
1” MERV 300 FPM
2” MERV 500 FPM

8. MRG700 Features Patent Pending Technology MERV 7 Rated
Mechanically Rated Air Filter

9. Benefits of MRG700 Improved Air Flow, Energy Savings
Excellent Dust Holding capacity
Improved Visual Appearance
Improved Handling
Ease of Conversion
Lower Economical Solution

10. MRG700 Performance Initial Resistance
MRG700 Fiberglass / fpm
MERV 6 Panel Filter / fpm
MRG700 Offers a 42% Lower Resistance With MERV 7 Performance!

11. AIR FLOW TEST INLET@ 400FPM
MRG700
TYPICAL MERV6 Pleated Panel Filter
TYPICAL MERV10 Pleated Panel Filter
AIR FLOW
385 FPM
335 FPM
295 FPM

12. MRG 700 Energy & Equipment Savings
MRG700 Air Flow 385 FPM
Typical MERV 6 Pleated Panel Filter Air Flow 335 FPM
MRG700 Allows 15% Higher Air Flow vs. MERV 6 Pleated Panel Filter
All Internal Testing Inlet Air FPM

13. Dust Holding 1’’ 10 SB Glass 24’’ X 24’’ @ 300 FPM 1’’ MERV6 Pleat
1’’ MRG700
120 Grams
80 Grams
180 Grams

14. MERV Testing MERV Rating @ 300 fpm Standard Glass <MERV5
Standard Pleat Tested
MERV6
MRG700
Glass Tested
MERV 7
20 x 20
Initial Resistance
600 CFM
0.027 w.g
0.13 w.g.
0.036 w.g.

15. Removal Efficiency MERV Rating @ 300fpm Standard Glass <MERV 5
Standard Pleat Tested MERV 6
New MRG700 Tested MERV 7
Particle Size
6.2 Micron
12.5%
36.6%
72.6%

16. Summary MRG700 offers a positive alternative.
Increase performance, while
Reducing Energy Consumption…
Continuous Fiber Fiberglass Can Give Customers A Value Added Performance Driven Product.

17. History Overspray Collection
Spun Fiberglass: Variety of Weights to Increase Paint Holding Capacity
Expanded Paper: Variety of layers to Increase Paint Holding Capacity

18. 70’s - Today Paints have changed… Performance requirements changed…
Polyester enters the market…
Paper adds Polyester as final layer…
Fiber-Glass followed…

19. The Challenge
Design a new generation of Fiberglass developed to capture and retain the variety of paints and sealers.

20. The Real Challenge The End-User’s Expectations!
Reduce my operating costs…
Reduce my overall costs…
Improve performance…

21. The Answer
An innovation in Continuous Fiber Fiberglass design capable of improving paint overspray collection performance while reducing the overall operating cost!

22. Innovation #1 Reduce Energy Consumption 1” Polyester media @ .09 wg
6-Ply Paper w/Poly @ .07 wg
FUTURA 14gram .05 wg
Energy Savings:
29% to 55% reduction on initial resistance!

23. Innovation #2 Increased Holding Capacity 1” Polyester Media @ 2.0 Lbs.
6-Ply Paper/Poly @ 3.5 Lbs.
FUTURA 14FMPB @ 4.7 Lbs.
Increase Holding Capacity 34% to +100%
Collection Efficiency %

24. Innovation #3 Distribution Capacity Truckload (57’) Capacity
Polyester: ,000 sq. ft.
Paper: ,000 sq. ft.
FUTURA ,000 sq. ft.

25. Innovation #4 Packaging / Storage
Polyester @ 50 pads in a 22” high box
70 pads in a 36” high box
FUTURA @ 100 pads in a 5” high box
Increase quantity per case by 42% to 100%
Decrease storage space by over 400%

26. Conclusion
The Next Generation of Fiberglass has been designed and is ready to meet the various overspray collection and air filtration applications.

27. Hollinee Filtration