Search for:
High-performance UVA LED curing lamps for industrial manufacture in India, UV-cured bonds with exceptional resilience to extreme temperatures manufacture in India, Chemical and moisture-resistant UV-cured bonds manufacture in India, UV glue curing process for robust material bonding manufacture in India, Enhanced durability through UV glue load distribution manufacture in India, Impact resistance with UV-cured joints manufacture in India, Latex's innovative UVA LED applications in glue curing manufacture in India, Quick and efficient glue curing with 375 nm and 395 nm UVA wavelengths manufacture in India, Leading manufacturers of UV curing systems in India and the USA manufacture in India, Quality UVA LED curing solutions for inks, coatings, and adhesives manufacture in India, Best Quality UVA LED Curing Provider manufacture in India, UV Lamps Manufacturers & Suppliers in India, UVA LED curing manufacture in India, UVA LED curing manufacturers in India, Pune UVA LED curing manufacture in India, Ink curing with UVA LEDs manufacture in India, Coating curing with UVA LEDs manufacture in India, Adhesive curing with UVA LEDs manufacture in India, UV-cured bonds manufacture in India, Temperature-resistant bonds manufacture in India, Chemical-resistant bonds manufacture in India, Moisture-resistant bonds manufacture in India, UV glue curing manufacture in India, Photochemical reaction manufacture in India, UV glue bond strength manufacture in India, Adhesive alternatives manufacture in India, Mechanical fastener replacement manufacture in India, Load distribution manufacture in India, Stress distribution manufacture in India, Joint fatigue reduction manufacture in India, Impact resistance improvement manufacture in India, Litex UVA LED fixtures manufacture in India, 375 nm UVA wavelength manufacture in India, 395 nm UVA wavelength manufacture in India, Glue curing applications manufacture in India, Metal-to-glass bonding manufacture in India, Quick glue curing manufacture in India, Efficient glue curing manufacture in India, High-strength bonds manufacture in India, UV light technology manufacture in India, UVA curing process manufacture in India, UV adhesive bonding manufacture in India, UVA light fixtures manufacture in India, UV polymerization manufacture in India, Wavelength-specific curing manufacture in India, UVA LED applications manufacture in India, UVA curing solutions manufacture in India, Industrial adhesive curing manufacture in India, UV bonding technology manufacture in India, Curing in seconds manufacture in India, UVA curing equipment manufacture in India, Bonding materials with UVA LEDs manufacture in India, UV light curing benefits manufacture in India, UVA curing techniques manufacture in India, Industrial bonding solutions manufacture in India, UV-cured adhesive strength manufacture in India, UVA LED technology manufacture in India, UVA LED curing in manufacturing in India, High-performance bonding manufacture in India,High-performance UVA LED curing lamps for industrial use, UV-cured bonds with exceptional resilience to extreme temperatures, Chemical and moisture-resistant UV-cured bonds, UV glue curing process for robust material bonding, Enhanced durability through UV glue load distribution, Impact resistance with UV-cured joints, Latex's innovative UVA LED applications in glue curing, Quick and efficient glue curing with 375 nm and 395 nm UVA wavelengths, Leading manufacturers of UV curing systems in India and the USA, Quality UVA LED curing solutions for inks, coatings, and adhesives, Best Quality UVA LED Curing Provider In Pune, UV Lamps Manufacturers & Suppliers In Pune, UVA LED curing, UVA LED curing manufacturers, Pune UVA LED curing, Ink curing with UVA LEDs, Coating curing with UVA LEDs, Adhesive curing with UVA LEDs, UV-cured bonds, Temperature-resistant bonds, Chemical-resistant bonds, Moisture-resistant bonds, UV glue curing, Photochemical reaction, UV glue bond strength, Adhesive alternatives, Mechanical fastener replacement, Load distribution, Stress distribution, Joint fatigue reduction, Impact resistance improvement, Litex UVA LED fixtures, 375 nm UVA wavelength, 395 nm UVA wavelength, Glue curing applications, Metal-to-glass bonding, Quick glue curing, Efficient glue curing, High-strength bonds, UV light technology, UVA curing process, UV adhesive bonding, UVA light fixtures, UV polymerization, Wavelength-specific curing, UVA LED applications, UVA curing solutions, Industrial adhesive curing, UV bonding technology, Curing in seconds, UVA curing equipment, Bonding materials with UVA LEDs, UV light curing benefits, UVA curing techniques, Industrial bonding solutions, UV-cured adhesive strength, UVA LED technology in Pune, UVA LED curing in manufacturing, High-performance bonding.
UVA LED Curing

Curing inks, coatings, and adhesives. UV Curing System Manufacturers & Suppliers in India, UV LED Curing Manufacturer from Pune, UVA LED Curing Manufacturers in India, UVA LED Curing System Manufacturers.

UV-cured bonds remain intact over temperatures ranging from – 80° F to 350° F. The bonds also stay intact for a long time because they resist most chemicals even in the presence of moisture and heat.

UV Glue Curing – A Powerful Photochemical Reaction

The photochemical reaction occurs when the polymer, or glue, is exposed to UV light at particular wavelengths occurring between 365nm to 405 nm.

UV glue creates high bond strength between many materials, making it a very powerful adhesive. UV glue is also a better alternative compared to mechanical fasteners because it is better at distributing load and stress over wider surfaces, eliminating joint fatigue and improving impact resistance.

UV A LED Application that Litex explored:-

Litex has developed fixtures for 375 nm and 395 nm UVA wavelengths. Litex carried out glue curing for Metal housing to Glass lenses, sticking glue cured in 20 to 30 seconds.UV Curing Lamp at Best Price from Manufacturers Suppliers.

infrared-vs-halogen
Know the Difference Between Halogen Heaters and Infrared Heaters

Let’s look at infrared vs halogen heaters and their merits and demerits over each other to understand the difference.

Infrared Patio Heaters

Infrared patio heaters function similarly to the sun but at a far-infrared spectrum ranging from 9-14 micrometers. Units using the far-infrared spectrum don’t cause skin damage and diseases like the sun since this is a unique and narrow range.

Infrared patio heaters rely on electromagnetic waves. These result in molecule oscillations leading to energy release and, consequently, heat generation. Therefore, people and objects around an infrared heater get direct warmth.

Infrared patio heaters require low electricity to run. Not to mention, their direct object-heating results in the reduction of heat loss by air heating.

What’s more, they don’t use fossil fuels like gas heaters; thus don’t have carbon monoxide and carbon dioxide emissions. Therefore, they don’t present health risks like gas and wood-burning units.

They rely on long-wave infrared heat technology. Patio heaters using the long-wave technology use ceramic heating elements that heat quickly and spread infrared heat over a long-range distance. Besides covering more expansive areas, they have a low glare that ensures your eye comfort.

Halogen Patio Heaters

These patio heaters function almost in the same fashion as infrared heaters. Their energy radiation is also within the far-infrared spectrum. However, the type of waves produced differs from those of infrared patio heaters.

These patio heaters employ short-wave technology that throws high-intensity heat over short distances. Due to this, they have a small heating area. This forces people to stand or sit close to the patio heater to receive ample heat. If you stay too close to the heater for long, you may experience a ‘dry eye’ and a headache.

Suppose you are a business owner, do you want satisfied, loyal customers or dissatisfied customers that won’t come back? Do you like summertime barbecues? Guests attending your dinner parties, friends, and family members may not be happy if they go to bed feeling hazy and in pain.

Besides, these heaters feature a bright red glow. This may not fit properly with the décor of your outdoor space or garden. However, their glowing light allows you to see things with ease without turning on another light source.

Halogen units are also cheaper than infrared models. While halogen patio heaters may cost as low as $20, the latter typically exceeds $100.

Do Halogen Heaters Use More Electricity?

Some people think that halogen heaters utilize more electricity than other electric heaters and gas units. However, halogen heaters require less electricity than other electric heaters if used for the same amount of time.

So what is the reason for higher electricity bills for people with these heaters compared to those with other electric heaters?

Halogen heaters rely on short wave radiation that covers small areas. To heat, a large space takes them longer than patio heaters using long waves. Therefore, you’ll have to run them for longer to achieve similar results.

So, when looking at similar time frames, these heaters require less energy. But for the achievement of a particular heat level, they use more electricity.

Are Halogen Heaters Cheaper to Run?

As mentioned, halogen patio heaters heat small sections; hence take longer to warm an area. You’ll need to use them for a more extended period to achieve similar results to an infrared model. Therefore, you will likely spend more.

Below are the different types of electric heaters considering running costs

Fan models- Most expensive
Oil-filled models
Halogen models
Storage heater
Infrared models

Are Infrared Heaters Good for the Outdoors?

Infrared heaters are excellent for the comfort heating of outdoor areas such as patios and pub gardens. For starters, they use infrared heat. Within seconds of starting, you’ll feel the warmth emanating from them.

Unlike wood burners, quartz heaters, gas heaters, and some electric heaters, you won’t have to wait to feel the heat.

Moreover, this radiant technology ensures they don’t waste energy like in conventional models. Hence, you’ll spend less. However, since these are outdoor areas, you’ll need to set them slightly higher than indoor spaces.

This is because there are few objects in outdoor spaces that absorb and emit heat.

Besides, these low glare heaters don’t need tedious pre-heating practices like wood-burning heating units. Their swift starting is ideal for stress-free relaxing in your garden after a long and tedious day.

Halogen vs. Infrared Patio Heaters. Which is Better?

You now know the differences between these two types of heaters. What price are you willing to part with for a patio heater? How much can you spare to cater to the utility bills?

Which areas do you intend to use your patio heater, indoor, or in your garden? What time do you want to use your patio heater? Making an informed decision between the two is easy after answering all the above questions.

Most importantly, look at your heating requirements. Your desired range of heating determines whether to go for a short-wave, medium-wave, or long-wave heat source. Remember to research your products to get those with a long life span.

Litex is its renowned ability to develop and manufacture Halogen Lamps especially Short Wave and Fast Response Medium Wave Infrared Heating Lamps even in small quantities at economical prices and fast delivery cycle. To know more get in contact with us today !

defence-equipment-exibition
Defence Exhibition at CQA (SV), Dehu Road Pune on 15th December 2021

On the occasion of 75 years of “Azadi ka Amrut Mahotsav” Directorate General of Quality Assurance, a premier Organisation under the Department of Defence Production, Ministry of Defence will be organising the Defence Exhibition

Controllerate of Quality Assurance (Special Vehicles), Dehu Road on 15 December.

As a part of Atmanirbhar Bharat Abhiyan and the initiatives taken by Prime Minister Narendra Modi for giving preference to Make in India, DGQA will be Showcasing the wide range of equipment dealt by them to the public. 

It will enable active participation and involvement of Indian Vendors in the manufacturing and supply of Defence equipment to the Indian Armed forces. Local Public and College / School students will also acquire technical knowledge on Defence equipment, advanced technologies used in the Defence and Quality Assurance techniques.