Heating, Ventilation and Air Conditioning
Products for heat, cold and everything in between.
Tough challenges
Energy efficiency
One of the most important challenges is to improve the energy efficiency of HVAC systems. The focus is increasingly on reducing energy consumption and greenhouse gas emissions. Stricter regulations and standards have been introduced to promote the use of energy-efficient technologies and support the retrofitting of existing systems.
Energy transition
The HVAC industry also faces the challenge of transitioning from traditional fossil fuel-based systems to low-carbon alternatives. This includes the introduction of renewable energy sources such as solar energy and geothermal energy, as well as the integration of heat pumps and other sustainable technologies.
Energy crisis
Together with the ongoing energy crisis, these challenges are leading to an increasing demand for improvements in product design, increased capacity, lower production costs and higher quality.
Support from Titgemeyer
Applications
The young industry is facing the challenge of rapidly growing demand, which is expected to quadruple by 2030.
The main reasons for this are the urgent switch from fossil fuels to low-carbon alternatives to limit global warming and the energy crisis, which is forcing European countries to look for independent technologies.
Although the switch to heat pumps is progressing rapidly, there will still be a need for gas boilers for a long time to come.
The biggest challenge is to increase energy efficiency and minimise the downtime of key components. The aim is to reduce the consumption of energy and the depletion of natural resources. This requires constant innovation and improvement in the industry.
The industry is facing a sharp rise in demand, which is expected to quadruple by 2030. Switching from fossil fuels to low-carbon alternatives is crucial to slowing down global warming.
The energy crisis caused by political unrest is pushing European countries to reduce their dependence on other countries. The search for alternative technologies is therefore intensifying.
Demand for rooftop air conditioning systems is growing rapidly and is expected to multiply by 2030, as they play a key role in cities' ability to cope with rising energy demand and the climate crisis.
The switch to low-carbon alternatives is being further fuelled by the energy crisis and geopolitical tensions. Rooftop air conditioning systems combine energy efficiency and climate protection.
Fasteners and tools
Manual tools and power tools
| Manual tools | Hydro-pneumatic tools | Battery tools | |
| Push-on fasteners | 6110 | ||
| Retaining rings and snap rings | Pliers internal: J01, J11, J21, J31, J41 Pliers external: A01, A11, A21, A31, A41 |
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| Lockbolts < 12.7mm | RL75-2 | ||
| Lockbolts >= 12.7mm | |||
| Blind rivets | TIOS® 4, TIOS® HR5, TIOS® HR64 PT | RL20-2, RL60-2 | Q-Tool® R64XL, POP PB2500, POP PB3400 |
| Blind rivet nuts | TIOS® HN6, TIOS® HN10 S, TIOS® HN12 PT, TIOS® HN12 R | RL50-2, RL100-2 | Q-Tool® N12XL, Gesipa Firebird® |
Tools and automated systems with integrated process monitoring
| Hydro-pneumatic tools | Hydro-pneumatic automated systems | Hydraulic tools | |
| Push-on fasteners | |||
| Retaining rings | |||
| Lockbolts | TC 75 | H 35-2 | |
| Blind rivets | TC 20, TC 60, TC 60-H | SAN2 | |
| Blind rivet nuts | TC 50-13 | SAN4 |
Your contact person
Franz-Josef Müller
- Außendienstmitarbeiter
