Growth Opportunities in Global Composites Cylinder Market 2011-2016: Trends, Forecast and Market Share Analysis,November 2010
Background:
The global cylinders industry has witnessed a gradual shift from the type I steel cylinders to an increased usage of composite cylinders in various segments, with the composite cylinders market experiencing growth in support of an end product market reaching $1223 million by 2015. Composites consumption in the cylinders market is expected to witness a double digit growth rate from 2010-2015 with growing application segments and regional shift.
Lucintel, a leading global management consulting and market research firm with over thousands of clients worldwide, has analyzed the global composite cylinders market and published a comprehensive research report, “Growth Opportunities in Global Composite Cylinders Market 2010-2015: Trends, Forecast and Market Share Analysis”.
In the last five years, production of natural gas vehicles (NGVs) rose by more than 20%, and the growth rate is expected to be the same in the next few years. The composite cylinders, though little more expensive than its traditional counterparts, has a promising future because of its weight savings, capacity advantage and other performance benefits. Metal cylinders can explode when coming contact with hazardous materials, fire or toxic fumes, but composite cylinders would rupture rather than explode.
Composite cylinders are having major applications in the transportation industry. Light weight composite cylinders provide easy portability to ambulatory patient, firemen, and SCUBA divers & also increases fuel efficiency in NGVs.
Lucintel believes that the availability of substitute materials for composite cylinders do not provide a ceiling on industry profitability since composite products are continually growing, as compared to alternate products, on a cost/performance basis.
Lucintel’s research report analyzes the global composite cylinders industry, detailing its background and characteristics. The manufacturing process is reviewed and composite cylinders manufacturers are profiled. A market assessment/competitive analysis is performed and market trends (2004-2009) are analyzed. The report also puts forth a six year forecast (2010-2015), highlighting opportunities in this sector.
This unique report from Lucintel will provide you with valuable information, insights and tools needed to identify new growth opportunities and operate your business successfully in this market. This report will save your hundreds of hour’s personal research time and will significantly benefit you in expanding your business in this market. In today’s stringent economy, you need every advantage that you can find.
Features of This Report:
To make business, investment, or strategic decisions, you need timely and adequate information. This market report fulfills this core need and is an indispensable reference guide for multi-national material suppliers, product manufacturers, investors, executives, distributors and many more, who are dealing with the composites market. Some of the features of this market report are:
Lucintel’s core competency is in market research and management consulting. In last 10 years, Lucintel has worked on hundreds of market research studies. Lucintel’s market report offers following benefits.
The global cylinders industry has witnessed a gradual shift from the type I steel cylinders to an increased usage of composite cylinders in various segments, with the composite cylinders market experiencing growth in support of an end product market reaching $1223 million by 2015. Composites consumption in the cylinders market is expected to witness a double digit growth rate from 2010-2015 with growing application segments and regional shift.
Lucintel, a leading global management consulting and market research firm with over thousands of clients worldwide, has analyzed the global composite cylinders market and published a comprehensive research report, “Growth Opportunities in Global Composite Cylinders Market 2010-2015: Trends, Forecast and Market Share Analysis”.
In the last five years, production of natural gas vehicles (NGVs) rose by more than 20%, and the growth rate is expected to be the same in the next few years. The composite cylinders, though little more expensive than its traditional counterparts, has a promising future because of its weight savings, capacity advantage and other performance benefits. Metal cylinders can explode when coming contact with hazardous materials, fire or toxic fumes, but composite cylinders would rupture rather than explode.
Composite cylinders are having major applications in the transportation industry. Light weight composite cylinders provide easy portability to ambulatory patient, firemen, and SCUBA divers & also increases fuel efficiency in NGVs.
Lucintel believes that the availability of substitute materials for composite cylinders do not provide a ceiling on industry profitability since composite products are continually growing, as compared to alternate products, on a cost/performance basis.
Lucintel’s research report analyzes the global composite cylinders industry, detailing its background and characteristics. The manufacturing process is reviewed and composite cylinders manufacturers are profiled. A market assessment/competitive analysis is performed and market trends (2004-2009) are analyzed. The report also puts forth a six year forecast (2010-2015), highlighting opportunities in this sector.
This unique report from Lucintel will provide you with valuable information, insights and tools needed to identify new growth opportunities and operate your business successfully in this market. This report will save your hundreds of hour’s personal research time and will significantly benefit you in expanding your business in this market. In today’s stringent economy, you need every advantage that you can find.
Features of This Report:
To make business, investment, or strategic decisions, you need timely and adequate information. This market report fulfills this core need and is an indispensable reference guide for multi-national material suppliers, product manufacturers, investors, executives, distributors and many more, who are dealing with the composites market. Some of the features of this market report are:
- Market size of composites cylinder by value & volume shipment.
- Composites shipment volumes across various types of cylinders ,i.e. type-II,III & IV
- Different high potential application areas of composite cylinders are in propane industry, medical, space & aerospace, SCBA’s.
- Major growth drivers for composites cylinder in various segments
- Trend (2004-2009) and forecast (2010-2015) for composite cylinders market
- Breakdown of composite cylinders market by segments, types, fiber based cylinders and region
- Profiles of major players in composites cylinder market
Lucintel’s core competency is in market research and management consulting. In last 10 years, Lucintel has worked on hundreds of market research studies. Lucintel’s market report offers following benefits.
- It saves your money, as compared to doing research in-house. ($80,000+)
- It saves your time. Lucintel delivers the report in hours vs. months of in-house data collection and report writing.
- It is an un-biased source of industry facts, intelligence and insights.
- It helps you make confident business decisions quickly.
1. EXECUTIVE SUMMARY
1.1: Global composite cylinders market
1.2: Porter’s Five Forces analysis of composites in cylinder market
2. GLOBAL COMPOSITE CYLINDERS INDUSTRY BACKGROUND AND CHARACTERISTICS
2.1: History of composite cylinders market
2.2: Classification of gas storage cylinders
2.3: Composites cylinder applications
2.3.1: Gas storage and carriers
2.3.2: Transportation
2.3.3: Life support cylinders
2.3.4: Recreational cylinders
2.3.5: Other cylinders
3. COMPOSITE CYLINDERS MARKET ASSESSMENT
3.1: Global composite cylinders market
3.2: Market overview
3.2.1: Global composite cylinders market by segment
3.2.2: Global composite cylinders market by type of cylinders
3.2.3: Global composite cylinders market by type of fibers
3.2.4: Global composite cylinders narket by region
4. COMPETITIVE ANALYSIS
4.1: Overview
4.1.1: Competitive analysis by type of cylinders
4.1.1.1: Type II cylinders
4.1.1.2; Type III cylinders
4.1.1.3: Type IV cylinders
4.2: Market share analysis of composite cylinders
4.2.1: Type II cylinder market
4.2.2: Type III cylinder market
4.2.3: Type IV cylinder market
5. COMPOSITES CYLINDER MARKET TRENDS
5.1: Overview
5.2: Trends in the global composite cylinders market
5.2.1: Trends in global composite cylinders market by segments
5.2.2: Trends in global composite cylinders market by types
5.2.3: Trends in global composite cylinders market by fibers
5.2.4: Trends in global composite cylinders market by regions
6. COMPOSITE CYLINDERS MARKET FORECASTS
6.1: Overview
6.2: Forecast for the global composite cylinders market
6.2.1: Forecast for global composite cylinders market by segment
6.2.2: Forecast for global composite cylinders market by types
6.2.3: Forecast for global composite cylinders market by fibers
6.2.4: Forecast for global composite cylinders market by regions
7. MANUFACTURING PROCESS 8. COMPOSITE CYLINDERS MANUFACTURER OVERVIEW
8.1: Luxfer Gas Cylinder
8.1.1: Company description
8.1.2: Major applications
8.2: Ragasco
8.2.1: Company description
8.2.2: Major applications
8.3: Faber Industrie
8.3.1: Company description
8.3.2: Major applications
8.4: Beijing Tianhai Industry Co
8.4.1: Company Description
8.4.2: Major Applications
8.5: MCS International
8.5.1: Company description
8.5.2: Major applications
9. GROWTH OPPORTUNITIES AND EMERGING COMPOSITE APPLICATIONS
9.1: Growth opportunities in composite cylinders market by segments
9.2: Growth opportunities in composite cylinders market by types
9.3: Growth opportunities in composite cylinders market by regions
9.4: Emerging trend in global composite cylinders market
1.1: Global composite cylinders market
1.2: Porter’s Five Forces analysis of composites in cylinder market
2. GLOBAL COMPOSITE CYLINDERS INDUSTRY BACKGROUND AND CHARACTERISTICS
2.1: History of composite cylinders market
2.2: Classification of gas storage cylinders
2.3: Composites cylinder applications
2.3.1: Gas storage and carriers
2.3.2: Transportation
2.3.3: Life support cylinders
2.3.4: Recreational cylinders
2.3.5: Other cylinders
3. COMPOSITE CYLINDERS MARKET ASSESSMENT
3.1: Global composite cylinders market
3.2: Market overview
3.2.1: Global composite cylinders market by segment
3.2.2: Global composite cylinders market by type of cylinders
3.2.3: Global composite cylinders market by type of fibers
3.2.4: Global composite cylinders narket by region
4. COMPETITIVE ANALYSIS
4.1: Overview
4.1.1: Competitive analysis by type of cylinders
4.1.1.1: Type II cylinders
4.1.1.2; Type III cylinders
4.1.1.3: Type IV cylinders
4.2: Market share analysis of composite cylinders
4.2.1: Type II cylinder market
4.2.2: Type III cylinder market
4.2.3: Type IV cylinder market
5. COMPOSITES CYLINDER MARKET TRENDS
5.1: Overview
5.2: Trends in the global composite cylinders market
5.2.1: Trends in global composite cylinders market by segments
5.2.2: Trends in global composite cylinders market by types
5.2.3: Trends in global composite cylinders market by fibers
5.2.4: Trends in global composite cylinders market by regions
6. COMPOSITE CYLINDERS MARKET FORECASTS
6.1: Overview
6.2: Forecast for the global composite cylinders market
6.2.1: Forecast for global composite cylinders market by segment
6.2.2: Forecast for global composite cylinders market by types
6.2.3: Forecast for global composite cylinders market by fibers
6.2.4: Forecast for global composite cylinders market by regions
7. MANUFACTURING PROCESS 8. COMPOSITE CYLINDERS MANUFACTURER OVERVIEW
8.1: Luxfer Gas Cylinder
8.1.1: Company description
8.1.2: Major applications
8.2: Ragasco
8.2.1: Company description
8.2.2: Major applications
8.3: Faber Industrie
8.3.1: Company description
8.3.2: Major applications
8.4: Beijing Tianhai Industry Co
8.4.1: Company Description
8.4.2: Major Applications
8.5: MCS International
8.5.1: Company description
8.5.2: Major applications
9. GROWTH OPPORTUNITIES AND EMERGING COMPOSITE APPLICATIONS
9.1: Growth opportunities in composite cylinders market by segments
9.2: Growth opportunities in composite cylinders market by types
9.3: Growth opportunities in composite cylinders market by regions
9.4: Emerging trend in global composite cylinders market
LIST OF FIGURES
Chapter 1
Figure 1.1: Porter’s Five Forces model for the composite cylinders market (end market perspective)
Chapter 2
Figure 2.1: A LPG Gas grill, a propane car, factory using LPG to manufacture plastics
Figure 2.2: A LPG storage composite cylinders
Figure 2.3: Trailers carrying CNG cylinder
Figure 2.4: Trailers carrying hydrogen cylinder
Figure 2.5: Volvo Bi-fuel System
Figure 2.6: Sun Bus loaded with 12 type IV CNG fuel tanks mounted in the roof of the bus
Figure 2.7: Nissan X-Trail FCV-2005 version
Figure 2.8: Firefighters with SCBA cylinders
Figure 2.9: SCUBA diver with hoop wrapped cylinder in a diving kit
Figure 2.10: Paintball kit with fiber wrapped cylinder
Chapter 3.
Figure 3.1: Composite cylinders market breakdown by segments
Figure 3.2: Composite cylinders market breakdown by segments ($ mill) in 2010
Figure 3.3: Composite cylinders market breakdown by segments (Units) in 2010
Figure 3.4: Composite cylinders market breakdown by Types ($ mill) in 2010
Figure 3.5: Composite cylinders market breakdown by Types (Units) in 2010
Figure 3.6: Composite cylinders market breakdown by type of fiber ($ mill) in 2010
Figure 3.7: Composite cylinders market breakdown by type of fiber (Units) in 2010
Figure 3.8: Composite cylinders market breakdown by regions ($ mill) in 2010
Figure 3.9: Composite cylinders market breakdown by regions (Units) in 2010
Chapter 4.
Figure 4.1: Penetration in type II CNG tanks
Figure 4.2: Penetration in type III CNG tank
Figure 4.3: Penetration in type IV CNG tank
Figure 4.4: Leading composite cylinders manufacturer with global presence
Figure 4.5: Supply chain of composite cylinders market with key players
Figure 4.6: Type II cylinder market 2010 ($ million)
Figure 4.7: Type III tank market 2010 ($ million)
Figure 4.8: Type IV cylinder market 2010 ($ million)
Figure 4.9: Market share analysis of composite cylinders manufacturers
Chapter 5.
Figure 5.1: Market trend of composite cylinders-II, III and IV ($ million) during 2005 to 2010
Figure 5.2: Market trend of composite cylinders market-II, III and IV (units) during 2005 to 2010
Figure 5.3: Market trend of composite cylinders ($ million) by segment during 2005 to 2010
Figure 5.4: Market trend of composite cylinders (units) by segment during 2005 to 2010
Figure 5.5: Market trend of composite cylinders by segments (% CAGR) 2005-2010
Figure 5.6: Market trend of composite cylinders ($ million) by types during 2005 to 2010
Figure 5.7: Market trend of composite cylinders (units) by types during 2005 to 2010
Figure 5.8: Market trend of composite cylinders by types (% CAGR) 2005-2010
Figure 5.9: Market trend of composite cylinders ($ million) by type of fibers 2005-2010
Figure 5.10: Market trend of composite cylinders (Units) by type of fibers during 2005-2010
Figure 5.11: Market trend of composite cylinders (% CAGR) by type of fibers 2005-2010
Figure 5.12: Market trend of composite cylinders by regions 2005-2010 ($ million)
Figure 5.13: Market trend of composite cylinders by regions 2005-2010 (In units)
Figure 5.14: Market trend of composite cylinders by regions (% CAGR) 2005-2010
Chapter 6.
Figure 6.1: Forecast for the composite cylinders market-II, III, and IV ($ million) for 2011-2016
Figure 6.2: Forecast for the composite cylinders market- II, III and IV (In Units) for 2011-2016
Figure 6.3: Drivers and challenges of gas carrier and storage segment
Figure 6.4: Drivers and challenges of transportation segment
Figure 6.5: Drivers and challenges of life support segment
Figure 6.6: Drivers and challenges of other cylinders segment
Figure 6.7: Market forecast for composite cylinders ($ million) by segment from 2011 to 2016
Figure 6.8: Market forecast for composite cylinders (units) by segment from 2011 to 2016
Figure 6.9: Market forecast for composite cylinders (CAGR) by segment from 2011 to 2016
Figure 6.10: Market forecast for composite cylinders ($ million) by types from 2011 to 2016
Figure 6.11: Market forecast for composite cylinders (units) by types from 2011 to 2016
Figure 6.12: Market forecast for composite cylinders (CAGR) by types from 2011 to 2016
Figure 6.13: Market forecast for composite cylinders ($ million) by fiber types from 2011 to 2016
Figure 6.14: Market forecast for composite cylinders (units) by fiber types from 2011 to 2016
Figure 6.15: Forecast CAGR – global composite cylinders market (Mill $) by fiber types for 2011–2016
Figure 6.16: Market forecast for composite cylinders ($ million) by regions from 2011 to 2016
Figure 6.17: Market forecast for composite cylinders (units) by regions from 2011 to 2016
Figure 6.18: Market forecast for composite cylinders (CAGR) by regions from 2011 to 2016
Figure 6.19: Emerging trend in composite cylinders market
Chapter 7.
Figure 7.1: Schematic representation of the wet filament winding process
Figure 7.2: Filament winding process for manufacturing CNG cylinders
Chapter 8.
Figure 8.1: Composites SCUBA cylinders manufactured by Luxfer
Figure 8.2: Missile structures manufactured in Ragasco
Figure 8.3: CNG fuel systems for automotive
Figure 8.4: LPG cylinders manufactured by Ragasco
Figure 8.5: Product offerings by Faber Industrie and their applications
Figure 8.6: BTIC’s carbon fiber-wrapped cylinder with steel liner
Figure 8.7: MCS’s Type II CNG cylinder
Figure 8.8: A power car loaded with MCS’s Composite Cylinders
Figure 8.9: MCS’s Composite Cylinders used in breathing apparatus
Chapter 9.
Figure 9.1: Global composite cylinders market growth opportunities by market segment
Figure 9.2: Global composite cylinders market growth opportunities by type of cylinders
Figure 9.3: Global composite cylinders market growth opportunities by region
Figure 9.4: Emerging trends in composite cylinders market
Chapter 1
Figure 1.1: Porter’s Five Forces model for the composite cylinders market (end market perspective)
Chapter 2
Figure 2.1: A LPG Gas grill, a propane car, factory using LPG to manufacture plastics
Figure 2.2: A LPG storage composite cylinders
Figure 2.3: Trailers carrying CNG cylinder
Figure 2.4: Trailers carrying hydrogen cylinder
Figure 2.5: Volvo Bi-fuel System
Figure 2.6: Sun Bus loaded with 12 type IV CNG fuel tanks mounted in the roof of the bus
Figure 2.7: Nissan X-Trail FCV-2005 version
Figure 2.8: Firefighters with SCBA cylinders
Figure 2.9: SCUBA diver with hoop wrapped cylinder in a diving kit
Figure 2.10: Paintball kit with fiber wrapped cylinder
Chapter 3.
Figure 3.1: Composite cylinders market breakdown by segments
Figure 3.2: Composite cylinders market breakdown by segments ($ mill) in 2010
Figure 3.3: Composite cylinders market breakdown by segments (Units) in 2010
Figure 3.4: Composite cylinders market breakdown by Types ($ mill) in 2010
Figure 3.5: Composite cylinders market breakdown by Types (Units) in 2010
Figure 3.6: Composite cylinders market breakdown by type of fiber ($ mill) in 2010
Figure 3.7: Composite cylinders market breakdown by type of fiber (Units) in 2010
Figure 3.8: Composite cylinders market breakdown by regions ($ mill) in 2010
Figure 3.9: Composite cylinders market breakdown by regions (Units) in 2010
Chapter 4.
Figure 4.1: Penetration in type II CNG tanks
Figure 4.2: Penetration in type III CNG tank
Figure 4.3: Penetration in type IV CNG tank
Figure 4.4: Leading composite cylinders manufacturer with global presence
Figure 4.5: Supply chain of composite cylinders market with key players
Figure 4.6: Type II cylinder market 2010 ($ million)
Figure 4.7: Type III tank market 2010 ($ million)
Figure 4.8: Type IV cylinder market 2010 ($ million)
Figure 4.9: Market share analysis of composite cylinders manufacturers
Chapter 5.
Figure 5.1: Market trend of composite cylinders-II, III and IV ($ million) during 2005 to 2010
Figure 5.2: Market trend of composite cylinders market-II, III and IV (units) during 2005 to 2010
Figure 5.3: Market trend of composite cylinders ($ million) by segment during 2005 to 2010
Figure 5.4: Market trend of composite cylinders (units) by segment during 2005 to 2010
Figure 5.5: Market trend of composite cylinders by segments (% CAGR) 2005-2010
Figure 5.6: Market trend of composite cylinders ($ million) by types during 2005 to 2010
Figure 5.7: Market trend of composite cylinders (units) by types during 2005 to 2010
Figure 5.8: Market trend of composite cylinders by types (% CAGR) 2005-2010
Figure 5.9: Market trend of composite cylinders ($ million) by type of fibers 2005-2010
Figure 5.10: Market trend of composite cylinders (Units) by type of fibers during 2005-2010
Figure 5.11: Market trend of composite cylinders (% CAGR) by type of fibers 2005-2010
Figure 5.12: Market trend of composite cylinders by regions 2005-2010 ($ million)
Figure 5.13: Market trend of composite cylinders by regions 2005-2010 (In units)
Figure 5.14: Market trend of composite cylinders by regions (% CAGR) 2005-2010
Chapter 6.
Figure 6.1: Forecast for the composite cylinders market-II, III, and IV ($ million) for 2011-2016
Figure 6.2: Forecast for the composite cylinders market- II, III and IV (In Units) for 2011-2016
Figure 6.3: Drivers and challenges of gas carrier and storage segment
Figure 6.4: Drivers and challenges of transportation segment
Figure 6.5: Drivers and challenges of life support segment
Figure 6.6: Drivers and challenges of other cylinders segment
Figure 6.7: Market forecast for composite cylinders ($ million) by segment from 2011 to 2016
Figure 6.8: Market forecast for composite cylinders (units) by segment from 2011 to 2016
Figure 6.9: Market forecast for composite cylinders (CAGR) by segment from 2011 to 2016
Figure 6.10: Market forecast for composite cylinders ($ million) by types from 2011 to 2016
Figure 6.11: Market forecast for composite cylinders (units) by types from 2011 to 2016
Figure 6.12: Market forecast for composite cylinders (CAGR) by types from 2011 to 2016
Figure 6.13: Market forecast for composite cylinders ($ million) by fiber types from 2011 to 2016
Figure 6.14: Market forecast for composite cylinders (units) by fiber types from 2011 to 2016
Figure 6.15: Forecast CAGR – global composite cylinders market (Mill $) by fiber types for 2011–2016
Figure 6.16: Market forecast for composite cylinders ($ million) by regions from 2011 to 2016
Figure 6.17: Market forecast for composite cylinders (units) by regions from 2011 to 2016
Figure 6.18: Market forecast for composite cylinders (CAGR) by regions from 2011 to 2016
Figure 6.19: Emerging trend in composite cylinders market
Chapter 7.
Figure 7.1: Schematic representation of the wet filament winding process
Figure 7.2: Filament winding process for manufacturing CNG cylinders
Chapter 8.
Figure 8.1: Composites SCUBA cylinders manufactured by Luxfer
Figure 8.2: Missile structures manufactured in Ragasco
Figure 8.3: CNG fuel systems for automotive
Figure 8.4: LPG cylinders manufactured by Ragasco
Figure 8.5: Product offerings by Faber Industrie and their applications
Figure 8.6: BTIC’s carbon fiber-wrapped cylinder with steel liner
Figure 8.7: MCS’s Type II CNG cylinder
Figure 8.8: A power car loaded with MCS’s Composite Cylinders
Figure 8.9: MCS’s Composite Cylinders used in breathing apparatus
Chapter 9.
Figure 9.1: Global composite cylinders market growth opportunities by market segment
Figure 9.2: Global composite cylinders market growth opportunities by type of cylinders
Figure 9.3: Global composite cylinders market growth opportunities by region
Figure 9.4: Emerging trends in composite cylinders market
LIST OF TABLES
Chapter 1.
Table1.1: Market parameter for the Global Composite Cylinders market and attributes of usage
Chapter 3.
Table 3.1: Composite cylinders market by segment-2010
Table 3.2: Composite cylinders market by type-2010
Table 3.3: Composite cylinders market by region-2010
Chapter 4.
Table 4.1: Mapping of type II cylinder competitors by application segments
Table 4.2: Mapping of type III cylinder competitors by application segments
Table 4.3: Mapping of type IV cylinder competitors by application segments
Chapter 5.
Table 5.1: Trend of composite cylinders market by segment: (2005 and 2010)
Table 5.2: Trend of composite cylinders market by type: (2005 and 2010)
Table 5.3: Trend of composite cylinders market by region: (2005 and 2010)
Table 5.4: Trend of composite cylinders market by fiber type: (2005 and 2010)
Chapter 8.
Table 8.1: Major Composite Cylinder’s manufacturers and their offerings
Chapter 1.
Table1.1: Market parameter for the Global Composite Cylinders market and attributes of usage
Chapter 3.
Table 3.1: Composite cylinders market by segment-2010
Table 3.2: Composite cylinders market by type-2010
Table 3.3: Composite cylinders market by region-2010
Chapter 4.
Table 4.1: Mapping of type II cylinder competitors by application segments
Table 4.2: Mapping of type III cylinder competitors by application segments
Table 4.3: Mapping of type IV cylinder competitors by application segments
Chapter 5.
Table 5.1: Trend of composite cylinders market by segment: (2005 and 2010)
Table 5.2: Trend of composite cylinders market by type: (2005 and 2010)
Table 5.3: Trend of composite cylinders market by region: (2005 and 2010)
Table 5.4: Trend of composite cylinders market by fiber type: (2005 and 2010)
Chapter 8.
Table 8.1: Major Composite Cylinder’s manufacturers and their offerings
