MICHAEL BERNARD MCNULTY
Pilots at Church St, Charlotte, NC
License number
North Carolina A2367813
Issued Date
Jun 2016
Expiration Date
Dec 2016
Category
Airmen
Type
Authorized Aircraft Instructor
Address
Address
401 N Church St APT 207, Charlotte, NC 28202
Professional information
North American Commercial Manager, Global Foams At Basf
Position:
North American Commercial Manager, Global Foams at BASF
Location:
Charlotte, North Carolina
Industry:
Construction
Work:
BASF
- Charlotte, North Carolina Area since Apr 2011
-
North American Commercial Manager, Global Foams
Realtor At Re/Max Pros
Position:
Realtor at RE/MAX Pros
Location:
Charlotte, North Carolina Area
Industry:
Real Estate
Work:
RE/MAX Pros
-
Realtor
Michael Mcnulty - Charlotte, NC
Work:
BASF Corporation
Commercial Manager, US & Canada - Plastic Foams BASF Corporation - Wyandotte, MI
Business Development & Innovation Manager, US & Canada - Plastic Foams BASF Corporation - Florham Park, NJ
Marketing Manager, North America - Plastic Foams BASF Corporation - Wyandotte, MI
Key Account Manager - Engineering Plastics BASF Corporation - Wyandotte, MI
Corporate Account Manager - Engineering Plastics BASF Corporation - Morristown, NJ
Key Account Manager - Engineering Plastics Celotex Corporation - Tampa, FL
Sales Representative - Polyiso Rigid, Fiberboard, Gypsum
Commercial Manager, US & Canada - Plastic Foams BASF Corporation - Wyandotte, MI
Business Development & Innovation Manager, US & Canada - Plastic Foams BASF Corporation - Florham Park, NJ
Marketing Manager, North America - Plastic Foams BASF Corporation - Wyandotte, MI
Key Account Manager - Engineering Plastics BASF Corporation - Wyandotte, MI
Corporate Account Manager - Engineering Plastics BASF Corporation - Morristown, NJ
Key Account Manager - Engineering Plastics Celotex Corporation - Tampa, FL
Sales Representative - Polyiso Rigid, Fiberboard, Gypsum
Education:
Northeastern University - Boston, MA
Master of Business Administration in Entrepreneurship / Innovation & Marketing Assumption College - Worcester, MA
Bachelor of Business Administration in English Trinity College & Saint Mary's University - Dublin The Irish Institute of European Affairs
Master of Business Administration in Entrepreneurship / Innovation & Marketing Assumption College - Worcester, MA
Bachelor of Business Administration in English Trinity College & Saint Mary's University - Dublin The Irish Institute of European Affairs
Skills:
Specialties: Sales & Marketing Strategy, Business Development, Segmentation, Value Proposition, Cross-Division Teams, Pricing Strategy, Competitive Analysis, Mentoring, Project Management
Owner/Broker At Re/Max Pros
Position:
OWNER/BROKER at RE/MAX PROS
Location:
Charlotte, North Carolina Area
Industry:
Real Estate
Work:
RE/MAX PROS
-
OWNER/BROKER
Re/Max Pros Owner, Real Estate
Position:
Broker/Owner at RE/MAX PROS
Location:
Charlotte, North Carolina Area
Industry:
Real Estate
Work:
RE/MAX PROS
since 2006
-
Broker/Owner
Insulating Compositions Comprising Expanded Particles And Methods For Application And Use
US Patent:
2012010, Apr 26, 2012
Filed:
Sep 29, 2011
Appl. No.:
13/248368
Inventors:
Luke S. Egan - Rock Hill SC, US
Michael Guibault - Fort Mill SC, US
Robert Michael Calhoun - Charlotte NC, US
Michael Drewery - Monroe NC, US
Colby Swanson - Jersey City NJ, US
Michael McNulty - Charlotte NC, US
Thomas Meyer - Lake Mills WI, US
Richard Aaron Davenport - Fort Mill SC, US
Michael Guibault - Fort Mill SC, US
Robert Michael Calhoun - Charlotte NC, US
Michael Drewery - Monroe NC, US
Colby Swanson - Jersey City NJ, US
Michael McNulty - Charlotte NC, US
Thomas Meyer - Lake Mills WI, US
Richard Aaron Davenport - Fort Mill SC, US
Assignee:
BASF SE - Rheinland-Pfalz
International Classification:
E04B 1/78, B05D 1/34, B05B 9/01
US Classification:
427196, 252 62, 118311, 427426
Abstract:
Compositions and methods for their application are described herein. The compositions include a plurality of particles having a density of 1000 kg/mor less (e.g., a pre-expanded polymer) and a binder. Also described herein is a method of applying the composition onto a surface. The method includes blowing a plurality of particles having a density of 1000 kg/mor less in at least one first stream and spraying a binder in at least one second stream onto a surface. Further provided is an apparatus for spraying the composition.