Chlorpheniramine Maleate is a medication that functions by inhibiting the production of certain substances (in this case, histamine) during the event of an allergic reaction. Histamine is a natural substance produced by the body as well as acetylcholine. By blocking these substances from being produced, chlorpheniramine maleate helps to dry up some body fluids, which results in relieving symptoms of allergic reactions to the likes of watery eyes and running nose. Chlorpheniramine maleate’s main component is chlorpheniramine, which is an antihistamine. In this article, we look at the uses and side effects of chlorpheniramine maleate.

The uses of chlorpheniramine maleate

The chlorpheniramine found in chlorpheniramine maleate is used to:

• Relieve symptoms like rashes
• Watery eyes
• Itchiness of the nose and other parts of the body
• Coughing
• Running nose and sneezing
• Common cold symptoms
• And hay fever symptoms as well

The medication comes in either liquid, capsule, or tablet form. Chlorpheniramine maleate can be acquired off the counter. However, some instructions come as part of the package that needs to be followed keenly. Further instructions and directions on usage can also be acquired from a pharmacist or a doctor during prescription.

Chlorpheniramine maleate should only be taken until the symptoms clear up and not longer. In most cases, a physician’s advice that the medication is taken for seven days. If the seven days lapse and the symptoms are yet to clear up, then you ought to seek advice from a doctor before continuing usage. In case you miss a dose when taking chlorpheniramine maleate, worry not about making up for the dosage as no dosing schedule is needed for this type of medication.

Important considerations

Before taking chlorpheniramine maleate, make sure that you do not suffer from conditions the likes of narrow-angle glaucoma, intestine or stomach blockages, asthma, or enlarged prostate as it may result in some undesirable side effects. Also, make sure that you are not allergic to the medication itself or its components.

Side Effects of chlorpheniramine maleate

Some of the side effects that may arise from using chlorpheniramine maleate include;

• Drowsiness
• Stomach upsets and or constipation
• Dizziness
• Blurred vision
• Dryness of the throat, nose or mouth

While some of these side effects are normal and indicate the functionality of the medication, the persistence of the side effect may warrant a visit to the doctor. The less serious side effects like dryness of the mouth and throat can be relieved by sucking a sugarless bar of candy, ice chips, sugar-free gum, or only drinking a lot of water. A doctor may also help you determine if the symptoms are severe or not hence whether to stop using the medication or not.

Some of the severe side effects include;

• Mood changes
• Trouble urinating
• Irregular heartbeat
• Seizures

Bottom Line

Chlorpheniramine maleate can be bought from physical drug stores or online stores as well. Before determining where to purchase the medication, make sure to check on the reliability of the store, and ensure that the drugs sold in the store are not counterfeit. Before choosing to medicate yourself with chlorpheniramine maleate, make sure that the symptoms (of allergic reactions) that you are experiencing are severe and would otherwise not go away.

Teflon textile is prominent for finishing work just as a shield for clothes as well as other fabrics. The elements form a protective barrier around every fiber to repel water, stains, coupled with dirt. The fabric finisher usually applies invisible finishes that do not interfere with the weight of the fabric, color, breathability, and or look. Teflon wire has two main elements of finishing. In this article, we shall look at the fabric protector, which originates from PTFE materials.

Fabric protector– The fabric protector enhances the look and texture of materials by repelling water, stains, as well as oil. Whether it is upholstery, patio cushions, or just mere awnings, Teflon materials are strong enough to resist soil and spills. It also keeps fabrics looking new and sturdy while facilitating easier cleanup. The fabric protector is pumped with chemicals that can easily protect fabrics from harsh environmental conditions such as high heat temperatures.

PTFE, high quality is woven fiberglass membrane, is coated with polytetrafluoroethylene- making it an ideal material for designing tensile membrane structures.  PTFE is also a high- quality compound. It can resist harsh weather conditions, UV rays, and fire. It is also durable in that it can be used in the coating of various industrial materials on the market. Teflon coating is also known for creating a smooth surface on products. This allows the said fabric to successfully be washed by the rain, thereby decreasing the demand for cleaning the materials frequently.

The membrane of the Teflon protective material behaves like elastic under certain normal conditions. It neither creeps nor stresses the fabric. With a life expectancy of 25 years and above, this protector is perfect for sturdy textile materials. PTFE is also reflective. This makes it ideal for the shade structure. It can easily withstand high temperatures ranging between -80 and 200 degrees Celsius- making it a defining feature of PTFE. This can be achieved without transferring heat.

Over the years, testing has been done to establish the actual impact of PTFE materials as protective elements on various products. Results indicated that 70 percent of the solar energy was reflected coupled with a slightly lower absorption rate. There are different grades of PTFE materials. Most of the materials can absorb up to 16 percent of solar energy-this allows a 10 percent rate of transmission via the fabric. PTFE materials can also be spot-welded to create fabric strength and remove creases and splitting from fabrics. Considering its permeability, PTFE has numerous absorption properties. For that reason, the external noise may easily be isolated in order to meet the noise criterion of a variety of buildings.

In Closing

PTFE is easy to maintain. This quality makes it a viable material to use in designing various products in the textile industry. Its strength is admirable when it comes to designing durable products. Besides, the self-cleaning features of this material make it an ideal choice for industrial products. These features and more make Teflon elements the perfect solution for several problems surrounding the textile industry.

Digital light processing (DLP) sounds like a complex or magical concept that involves tons of enchanting features on a chip of a thumbnail. For most learners in the tech world, these elements are capable of moving a couple of times every second to form a digital image. Being a trademark in the formation of different products, digital light processing is also fondly referred to as smoke and mirrors. While it sounds complicated, digital light processing is a nanotechnology implementation of a technique that utilizes a DLP 3D printer to signal for assistance. The purpose of this technology is to shine a variety of controlled series of flashes in order to pass some message across a platform.

Brief Introduction To DLP 3D Printing

As you may now know, there are different 3D printing technologies in the tech world. Some utilize solid filaments, while others use resins. In fact, some may even use photopolymer resins, which are elements that cure under a source of light. These are known as vat polymerization. Let’s dive into the digital applications of vat polymerization, shall we?

Also known as an industrial 3D printing technology, vat polymerization is a technique used to build parts that cure the resin into a robust solid layer using some source of light.  The idea is usually to create a 3D structure. With that said, there are two major vat polymerization technologies in the 3D printing world:

1. SLA (stereolithography)
2. DLP (Digital Light Processing)

One interesting factor about the two is the fact that they are somewhat similar and different in extraordinary ways.

Keep reading through the next paragraphs to grasp more knowledge as we explain how the two work: you will also learn more about their differences.

How A DLP 3D Printer Works

One of the best ways to comprehend how a machine works is by learning its anatomy. Well, for this reason, we shall first highlight and then discuss components of a DLP 3D printer prior to explaining the entire printing process.

The primary features of a 3D printer include a light projector screen, vat resin tank, coupled with the elevator, which is also known as a structure used mainly for the printer’s build plate.

Let’s disintegrate the functionalities of these components, shall we?

1. The Light Projector– This is the light source of your 3D printing machine. It has a digital element made of millions of micromirrors often used to navigate the light beam that’s projected by the printer’s light projector.
2. Vat– This feature is the tank of the printer’s resin. Usually, to function appropriately, its bottom must be transparent. This ensures that the light projected to the object is channeled to the resin, which cures it.
3. The printer’s build platform-This component is the surface of the printer. Printer objects stick to it during printing. Surprisingly, it has a z-axis, which is often used to lift the build platform.

You’ll be surprised to learn that 3D printing technology can be used in different manufacturing industries. The jewelry sector is just one of them. This market segment requires absolute precision coupled with great details, which makes the DLP 3D printing technology an ideal tool for production.

 The Bottom Line

As you can see, the DLP 3D printing technology is an interesting subject undergoing several developments. Following its speed and accuracy, it primarily holds its promise of fostering mass production. Even so, the DLP 3D printing technology is unable to produce elements with great strength. This feature makes it a suitable device for manufacturing accurate yet beautiful parts that may not need a robust weight to function correctly.

If you already own an old press brake and aren’t sure about what to do with it we’ll give you options on how to go about it. If you want to get rid of it by selling it then upgrading to a newer model that’s totally fine. Alternatively, you could consider retrofitting the old press brake with features that minimize set-up time, wastage, and generally boost production. This increases the machine’s productivity.

How To Modernize An Old Press Brake

Replacing an old press brake can be quite expensive and so retrofitting it seems like the next most sensible thing to do. The points we have listed below should help you assess the condition of your old press brake and decide your next move:

1. Evaluate the condition of the machine and its components

The four main considerations that you need to focus on are RAM, pedestal control, back-gauge control, and press-brake control. Check whether or not the RAM is consistent, accurate and level on both sides. Is the pedestal control still functional? Does the back-gauge control need to be replaced?

2. Know what you are working with

You should also focus on the type of machine you’re using. Is it hydraulic, electric, mechanical, or CNC?

The type of press brake will determine is its controls can be interfaced to give better speed and a programmable position.

3. Access the pain points

What are the real problems that you are facing? To determine this, you need to determine which method between front-gauging or back-gauging will work best for you. The dimensions that are the most important determine which one between the two is the right method.

When looking at the options you have available, remember that even though advanced controls can bring huge benefits, one needs to plan well before implementation.

4. Determine the right approach

The most appropriate approach depends on the size of the back-gauge system and the machine’s control capabilities. The retrofit company will do a better job if you tell them more about the use for which the press brake will be put.

When it comes to the control capabilities, the more sophisticated, the better the benefits. However, these will need more front-end planning.

5. Implement a solution

If the press brake is functional and you just want to add productivity to your bending process, here are your options:

• Leave the machine as it is
• Retrofit a complete system or just the controls

If the press brake is not functioning well, the first thing to do is find out how much money you are going to need to retrofit it so that it becomes functional again. Afterward, find out how much productivity-boosting upgrades are going to cost you. Weigh your options and then decide what the most sensible option for your business is.

Either way, choosing to retrofit is a very informed way of increasing productivity at your business premises. It’s smart and cost-effective.