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What Is A LED?

A light emitting diode (LED) is a tiny, electronic semiconductor that converts electric energy into visible light. The chemical compound used within an LED determines its color, brightness and power efficiency.

 

Unlike incandescent lamps, LEDs have no filaments that can burn out or fail. Two types of LEDs are normally used in display technology, DIP (Oval LED) and SMD 3 in 1.

 

I will present simple introduction of oval LED below:

 

Applications of Oval LEDs

The oval LED is specifically designed for full-color video screens, variable message sign and billboards. The oval-shaped radiation pattern provides a wider field of view with higher luminosity than standard LEDs, making the devices ideal for outdoor applications where readability in sunlight is essential.

 

Oval LEDs are made with an advanced optical-grade epoxy that offers superior high-temperature and high-moisture-resistance performance in outdoor signal and sign applications. The encapsulation resin contains anti-UV material in order to reduce the effects of long-term exposure to direct sunlight.

 

Where Can You Find A Professional LED Lamp Manufacturer?

About this question, I recommend you to visit Daina Electronics Co., Ltd. – this company specializes in kinds of LED lightings. You can find high quality oval LEDs at Daina. Their oval LEDs are offered in 3mm, 5mm, and 6mm packages, and color choices include green, red, yellow, and blue.

 

To get more information of oval LEDs or other LED lamps, please do not hesitate to contact with Daina Electronics Co., Ltd.

 

Article Source:

http://www.absonled.com/resources/what-is-a-led.html

https://www.luckylight.cn/en/products/through-hole-led/oval-led/

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Custom embroidery keychains are used as promotional keychains to promote businesses. Custom keychains are used in many other ways than just to fasten keys together. People use keychains because they increase the ease of use of bunch of keys.

 

Custom Keychains as Freebies

Custom embroidery keychains or custom-made keychains have gained popularity as promotional products used by companies as a form of advertising their brands to new customers.

 

Why is this so? Since customized items leave a long-lasting impression, this helps improve brand awareness amongst potential customers. These promotional keychains are used as trade show giveaways where attendees are given lots of flyers and brochures. These custom-made embroidery keychains help the companies stand out as they are stylish freebies and easy to carry around unlike flyers.

 

Embroidery key tags are also perfect promotional products for other special events such as civic education events, open day events. Realtors can also make use of these embroidered key tags to promote their brands by personalizing them and supplying to every home owner. Property dealers and realtors are very important in terms of utilizing “key” a key is stands for a home, sometimes. Using custom made keychains is a great idea instead of unbranded ones.

 

Custom Keychains are Affordable

Embroidered key tags are a more affordable and effective way of advertising your brand because you do not need special events either to reach potential clients. You can simply give your custom keychains to customers who walk-in to your store.

 

Whether you prefer a fabric keychain or custom-made metal keychains, you can never run out of events where you can give away the promotional products. Custom keychains are one of the best promotional products. The cost is between $0.50 and $2.00 for custom keychains; it depends on the style, material, design, and quantity.

 

No Substitute for Custom Keychains

The close alternatives for custom embroidery keychain are customized items like pens, T-shirts, hats, and mugs, etc. However, these products may not be as efficient and cost effective as embroidered key tags. The prices are much higher for these products except pens, but people use pens indoor, mostly.

 

Experts advise that much impact is made when you consider how often your promotional product is going to be used. This makes promotional keychains the best alternative as they will frequently recall your brand. Many small businesses already use custom embroidery keychains for branding and getting good return on the investment.

 

Get a Quote for Embroidery Keychains

To get more information of custom embroidery keychains, I highly recommend you to visit Beauty Emblem Inc. – they can produce your personalize and custom keychains as embroidered key tags at very affordable prices. Now, contact with Beauty Emblem to let them know your requirements!

 

 

Article Source: https://www.houstonembroideryservice.com/embroidered-keychains.htm

 

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7 Different Types of Milling Machines

On September 18, 2018, in Machine, Machine Tools, Manufacturer, by Jasmie K.
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Milling machines come in various types with a variety of functions based on certain standard specifications. Some of the most commonly used machines are the following: column, turret, C-frame, horizontal, bed type, planer-style, and tracer controlled.

 

A milling machine is a tool in the metal industry that has numerous functions. Each machine has a cutter that operates at a various range of speed so you can form the required shape. With its adjustable speed feature, each milling machine can be regulated for a more precise cut. The machine is capable of handling multiple tasks such as carving, threading, milling, drilling, and cutting. There are several types of milling machines, each with varying functions based on standard criteria. Manufacturers often name the different machines according to the kind of control, number of axis present, orientation of the spindle, size of the tool, its purpose, and source of power. While there are several varieties of milling machines available today, they essentially serve the same functions but use different terminologies. Below is the list of seven types of milling machines.

 

Column

This is the most common milling machine, which has 5 basic components; they are the work table, saddle, head, knee, and over arm. Considered as the simplest machine type, its cutting device is vertically suspended to allow drilling of metals. This is typically used when creating car parts because it is small and handy.

 

Turret

The turret is also known as the Bridgeport-type and can be repositioned anytime you want making this machine very functional. Its versatility makes it more practical since a variety of products can be made in addition to car parts.

 

C-Frame

Because it is sturdier than a turret, this type is popular in industrial settings. It comes with a hydraulic motor, which makes it very powerful.

 

Horizontal

This machine runs parallel to the ground. The table from which the object to be worked on is placed moves sideways while the cutting device goes up and down.

 

Bed Type

The worktable is located on the bed itself, instead of being paced on top, its usual position. The knee part of the machine is omitted to allow movement in a longitudinal direction.

 

Planer-Style

This machine type is basically the same as the bed mill. However, the planner-style includes cutters and heads that allow for a wider range of milling actions.

 

Tracer Controlled

This type of machine has the ability to reproduce parts based on a master model. Most of the industrial sectors, especially the automotive industry, choose this type of machine because it makes production and specialization of machine parts easier.

 

With the vast classifications of milling machines, you need to choose the one you need according to how you intend to use it. However if you find it difficult to decide, do not hesitate to seek the help of a specialist who can help you select the one that will give you maximum benefits.

 

Here, I recommend you a bed type milling machine manufacturer, Jiuh-Yeh Precision Machinery Co., Ltd. – they are the professional and experienced milling machines company in the industry. You can find bed type horizontal milling machine, bed type vertical milling machine, and much more machinery at Jiuh-Yeh. To get more information of milling machines, please do not hesitate to contact with Jiuh-Yeh.

 

Article Source: https://www.ricardo-barbosa.com/7-different-types-of-milling-machines/

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There are two major groups of resins that make up what we call polymer materials—thermosets and thermoplastics. These resins are made of polymers (large molecules made up of long chains of smaller molecules or monomers).

 

Thermoset resins are used to make most composites. They’re converted from a liquid to a solid through a process called polymerization, or cross-linking. When used to produce finished goods, thermosetting resins are “cured” by the use of a catalyst, heat or a combination of the two. Once cured, solid thermoset resins cannot be converted back to their original liquid form. Common thermosets are polyester, vinyl ester, epoxy, and polyurethane.

 

Polyester: Unsaturated polyester resins (UPR) are the workhorse of the composites industry and represent approximately 75% of the total resins used. A range of raw materials and processing techniques are available to achieve the desired properties in the formulated or processed polyester resin. Polyesters are versatile because of their capacity to be modified or tailored during the building of the polymer chains. They have been found to have almost unlimited usefulness in all segments of the composites industry. The principle advantage of these resins is a balance of properties (including mechanical, chemical, and electrical) dimensional stability, cost and ease of handling or processing. Polyester producers have proved willing and capable of supplying resins with the necessary properties to meet the requirements of specific end user applications. These resins can be formulated and chemically tailored to provide properties and process compatibility.

 

Epoxy: Epoxy resins have a well-established record in a wide range of composites parts, structures and concrete repair. The structure of the resin can be engineered to yield a number of different products with varying levels of performance. A major benefit of epoxy resins over unsaturated polyester resins is their lower shrinkage. Epoxy resins can also be formulated with different materials or blended with other epoxy resins to achieve specific performance features. Epoxies are used primarily for fabricating high performance composites with superior mechanical properties, resistance to corrosive liquids and environments, superior electrical properties, good performance at elevated temperatures, good adhesion to a substrate, or a combination of these benefits. Epoxy resins do not however, have particularly good UV resistance.

 

Vinyl Ester: Vinyl esters were developed to combine the advantages of epoxy resins with the better handling/faster cure, which are typical for unsaturated polyester resins. These resins are produced by reacting epoxy resin with acrylic or methacrylic acid. This provides an unsaturated site, much like that produced in polyester resins when maleic anhydride is used. The resulting material is dissolved in styrene to yield a liquid that is similar to polyester resin. Vinyl esters are also cured with the conventional organic peroxides used with polyester resins. Vinyl esters offer mechanical toughness and excellent corrosion resistance. These enhanced properties are obtained without complex processing, handling or special shop fabricating practices that are typical with epoxy resins.

 

Phenolic: Phenolics are a class of resins commonly based on phenol (carbolic acid). Phenolics are thermosetting resins that cure through a condensation reaction producing water that should be removed during processing. Pigmented applications are limited to red, brown or black. Phenolic composites have many desirable performance qualities including high temperature resistance, creep resistance, excellent thermal insulation and sound damping properties, corrosion resistance and excellent fire/smoke/smoke toxicity properties. Phenolics are applied as adhesives or matrix binders in engineered woods (plywood), brake linings, clutch plates, circuit boards, to name a few.

 

Polyurethane: Polyurethane is a family of polymers with widely ranging properties and uses, all based on the exothermic reaction of an organic polyisocyanates with a polyols (an alcohol containing more than one hydroxyl group). A few basic constituents of different molecular weights and functionalities are used to produce the whole spectrum of polyurethane materials. Polyurethanes appear in an amazing variety of forms. These materials are all around us, playing important roles in more facets of our daily life than perhaps any other single polymer. They are used as a coating, elastomer, foam, or adhesive. When used as a coating in exterior or interior finishes, polyurethanes are tough, flexible, chemical resistant, and fast curing. Polyurethanes as an elastomer have superior toughness and abrasion in such applications as solid tires, wheels, bumper components or insulation. There are many formulations of polyurethane foam to optimize the density for insulation, structural sandwich panels, and architectural components. Polyurethanes are often used to bond composite structures together. Benefits of polyurethane adhesive bonds are that they have good impact resistance, the resin cures rapidly and the resin bonds well to a variety of different surfaces such as concrete.

 

Thermoplastic resins, on the other hand, are not cross-linked and, so, can be melted, formed, re-melted and re-formed. Thermoplastic resins are characterized by materials such as ABS, polyethylene, polystyrene, and polycarbonate.

 

These resins are recognized by their capability to be shaped or molded while in a heated semi-fluid state and become rigid when cooled. We are surrounded by everyday household items made of thermoplastics.

 

Thermoset Resins In Depth

 

Polyester

To avoid any confusion in terms, readers should be aware that there is a family of thermoplastic polyesters that are best known for their use as fibers for textiles and clothing. Thermoset polyesters are produced by the condensation polymerization of dicarboxylic acids and difunctional alcohols (glycols). In addition, unsaturated polyesters contain an unsaturated material, such as maleic anhydride or fumaric acid, as part of the dicarboxylic acid component. The finished polymer is dissolved in a reactive monomer such as styrene to give a low viscosity liquid. When this resin is cured, the monomer reacts with the unsaturated sites on the polymer converting it to a solid thermoset structure.

 

Unsaturated polyesters are divided into classes depending upon the structures of their basic building blocks. Some common examples would be orthophthalic (“ortho”), Isophthalic (“iso”), dicyclopentadiene (“DCPD”) and bisphenol A fumarate resins. In addition, polyester resins are classified according to end use application as either general purpose (GP) or specialty polyesters such as fire retardant (FR).

 

Epoxy

Cure rates can be controlled to match process requirements through the proper selection of hardeners and/or catalyst systems. Generally, epoxies are cured by addition of an anhydride or an amine hardener as a 2-part system. Different hardeners, as well as quantity of a hardener produce a different cure profile and give different properties to the finished composites. Since the viscosity of epoxy is much higher than most polyester resin, it requires a post-cure (elevated heat) to obtain ultimate mechanical properties making epoxies more difficult to use. However, epoxies emit little odor as compared to polyesters.

 

Epoxy resins are used with a number of fibrous reinforcing materials, including glass, carbon and aramid. This latter group is small in volume, comparatively high cost and is usually used to meet high strength and/or high stiffness requirements. Epoxies are compatible with most composites manufacturing processes, particularly vacuum-bag molding, autoclave molding, pressure-bag molding, compression molding, filament winding and hand lay-up.

 

Curing Polyester and Vinyl Ester Resins

Resins must cure in a way that is compatible with the fabrication process. Some parts are small and can be laid-up quickly. The faster a resin cures, the quicker the turnaround is on the molds and the greater the production rates. Other parts may involve large lay-ups where more time is required for the lamination process. In compression molding, pultrusion and sometimes RTM, heated molds provide rapid curing.

 

The physical properties of a finished part are greatly affected by its cure. The hardness of the laminate is affected by the curing process as well as the chemical resistance of the laminate surface. Flexural, compressive, and tensile properties are partially determined by the efficiency of the cure. The cure must be complete to develop the full potential of a resin. Thick laminates require special attention. Resin exotherm must be controlled in order to prevent excessive shrinkage, laminate warping, and other problems related to high exotherms during cure.

 

If you have any interest in more information about epoxy composite or epoxy resin manufacturers, I recommend you to visit Epolab Chemical Industries Inc. – they are the professional epoxy resin supplier in Taiwan. To get more details of chemical adhesives, please do not hesitate to contact with Epolab.

 

Article Source: http://compositeslab.com/composite-materials/resins/

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Taiwan, Japan to deepen cooperation to help transform Taiwan into smart machinery hub
2018 Taiwan Automation Intelligence and Robot Show
TAIPEI (Taiwan News) – Taiwan and Japan will establish a long-term cooperation mechanism to deepen collaboration and exchange in smart machinery, CNA reported on Aug. 29.

 

Taiwan hopes to draw on the knowledge and experience of Japan in developing and implementing smart machines in the manufacturing process, in a bid to maintain Taiwan’s competitive advantage in manufacturing.

 

The efforts to foster greater Japan-Taiwan exchange comes as part of Taiwan’s “Smart Machinery Industrial Promotion Program” , which aims to improve Taiwan’s industrial competitive advantage, and to transform Taiwan into a global manufacturing hub for smart machinery.

 

The announcement came at the sideline of the 2018 Taiwan Automation Intelligence and Robot Show (TAIROS), which runs in Taipei from Aug. 29 to Sept. 1. The trade show invited Japanese researchers and manufacturers to share their experience to accelerate implementation of smart machinery by Taiwanese companies and prompt greater international exchange, according to CNA.

 

During TAIROS, Taiwan’s Ministry of Economic Affairs (MOEA) organized a forum to facilitate Japan-Taiwan smart machinery exchange. The forum will include attendance by Nishioka Yasushi, President of Japan’s Industrial Value Chain Initiative, and Huang Han-pang , Chairman of the Taiwan Automation Intelligence and Robotics Association, as well as well-known figures in academia and industry.

 

When speaking at similar robotics event, the Series of Asia Industry 4.0 & Intelligent Manufacturing Exhibition in Taipei on Aug. 29, Taiwan President Tsai Ing-wen said the government is promoting smart manufacturing to help Taiwan’s precision manufacturing industry deal with increasingly automated manufacturing, reported CNA.

 

Taiwan local exhibitor, Alpha Precision Instrumentation Corporation (APIC), also attends this grand event. If you want to get more information of TAIROS, welcome to visit TAIROS Official Website or APIC immediately!

 

 

Article Source: https://www.taiwannews.com.tw/en/news/3517849

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When you have a production line handling a large volume of containers that must be sorted and organized in an efficient way, a bottle unscrambler device can prove integral. Here’s an overview of bottle unscrambler technology and its benefits of use.

 

What Does a Bottle Unscrambler Do?

Bottle unscramblers sort—unscramble—containers that are housed in some type of supply hopper and organize them into different groups to be used along a production line conveyor system where they are filled, decorated, and/or put into cases or pallets.

 

They work effectively on a wide range of bottles and containers, including those used in the pharmaceutical, food and beverage, household, chemical and cosmetic industries. This includes items like dairy products, bottled water, juice, car care products, detergents, cleaners, lotions, motor oil, hair care products and many more—all of which often offer the same product but in different size bottles.

 

How Can a Bottle Unscrambler Help Your Business?

These easy-to-integrate systems are often considered to be high on efficiency and simplicity while being flexible enough to work with a number of types of containers in various sizes and shapes without having to stop the process and do a change-over. That’s a lot of benefits for a business that provides a compelling story. But, the advantages of a bottle unscrambler don’t stop here. These are often very flexible devices that can be added to filling machines, labelers, and even automatic assembly systems. This means that it can add convenience and productivity to your business without further complicating your production line or requiring a large capital expenditure.

 

You will even be able to maintain performance quality while taking on new bottles sizes, which often happens in these industries as companies decide to retool their packaging over time. That way, you can keep costs down while not losing this business to another company that can handle the new container types. Some companies have to separate containers using a manual process, but this is cumbersome and unnecessary when a machine is readily available that can unscramble hundreds of bottles per minute and accurately. This will vastly increase productivity and reduce costly errors and labor costs, including training time.

 

Here are the main points to remember about bottle unscramblers:

 

  • These machines work to separate and organize all types of containers into various sizes and shapes found in an unorganized hopper and send them onto various parts of a production line.
  • This equipment has a wide use among many industries, including the pharmaceutical, food and beverage, household, chemical and cosmetic industries.
  • They work to effectively speed production through accurate dispersal of containers that simplifies production and lowers costs, especially compared to a manual bottle unscramble process.

 

Recommend Bottle Unscrambler Manufacturer

If you need more information about bottle unscramblers, I highly recommend you to visit KWT Machine Systems Co., Ltd.

 

KWT bottle unscrambler is linear type of unscrambling machine, designed for feeding oriented bottles into the production line. It is the perfect labor-saving equipment, no longer is employees required to manually sort bottles and stand them upright on a conveyor. Moreover, they are suitable for large several of bottle shapes and size. KWT bottle unscrambler operates with great simplicity, efficiency and minimal maintenance.

 

To get more details of it, welcome to check out KWT website and feel free to contact them!

 

Article Source: https://packagingcoders.com/what-is-a-bottle-unscrambler-and-how-can-you-use-it-for-your-business/

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What is A Ballistic Nylon Fabric?

On September 7, 2018, in Fabrics, Manufacturer, Textile, by Jasmie K.
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Have you ever heard and wondered what ballistic nylon is? For more details of ballistic nylon fabric, let’s move on.

 

Ballistic nylon is a thick, tough, nylon fabric with several uses. Ballistic nylon fabric was developed by the DuPont Corporation as a material for flak jackets to be worn by World War II airmen. The term ballistic nylon originates in the fabric’s intended function, protecting its wearers from flying debris and fragmentation caused by bullet and artillery-shell impacts. It was not effective against most pistol and rifle bullets, let alone heavy 20 mm and 30 mm autocannons, with which Axis fighters often were armed. Ballistic nylon has been replaced by Kevlar and other, more effective, bullet resistant fabrics for these cases.

 

Modern applications of ballistic nylon include luggage, cave packs, tool belts, police duty belts, watch straps, motorcycle jackets, knife sheaths, and skin-on-frame kayaks.

 

The original specification for ballistic nylon was an 18 ounce nylon fabric made from 1050 denier high tenacity nylon yarn in a 2×2 basket weave. Today the term is often used to refer to any nylon fabric that is made with a “ballistic weave”, typically a 2×2 or 2×3 basket weave. It can be woven from nylon yarns of various deniers such as 840 denier and 1680 denier.

 

Denier refers to the weight, not the strength, of the fabric.

 

Laboratory tests have been run and the double weave 1050 denier fabric is the strongest and most durable fabric for its denier weight level. The 1680 denier is a good alternative that has a similar strength but lighter weight than the 1050 as it resists abrasion and tearing.

 

Ballistic nylon has quite a smooth hand feel and gloss finish. Thus, Ballistic nylon fabric is more suited to business environments. On a practical note, it’s quite hard to find Ballistic Nylon in any color other than black. Ballistic nylon is hard to dye, so it is often found in black or similar dark colors.

 

A difficulty when buying Ballistic Nylon gear is that many manufacturers have begun producing lookalikes that vary in quality. If a brand states they are using Ballistic nylon fabric, it’s worth looking a little closer at what the material actually is before you buy.

 

If you have any interest in ballistic nylon fabric, I recommend you to visit Taiwan Dyeing & Fabric Co., Ltd. – they are the professional industrial fabrics manufacturer. You can find kinds of quality industrial & outerwear fabrics there. To get more information of it, welcome to check out their website and contact with TDF anytime!

 

Article Source:

https://www.youtube.com/watch?v=B2BEgaatdfw

https://www.carryology.com/insights/insights-1/ballistic-nylon-vs-cordura-heavy-duty-durable-fabrics/

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Road Bike

Road bikes are designed for performance on (mostly) well paved roads. They are the lightest weight of the 3 categories, have the shortest wheelbase, lowest bottom bracket, and the steepest head tube angles. These geometry features allow the bike to react to rider inputs quickly and to have a low center of gravity which is beneficial when turning.

 

Wheels are almost invariably 700c – sometimes smaller wheels are used on very small frames. Tire sizes will typically vary from 20-25mm width but the most common width is 23mm, thus the 700×23 that you’ll often see. Road frames can be made out of just about any material but the most common ones that you’ll see are aluminum for budget oriented bikes and carbon fiber for high end bikes.

 

Gearing will be the highest and narrowest on this type of bike. Road bikes are designed to carry the rider and his/her water bottles and not much else, although some are drilled for fitting racks – usually on the less expensive side.

 

Road bikes still make great commuters if you want a light weight, fast reacting machine to get from point A to point B.

 

Touring Bike

Touring bikes are designed for long, multi-day excursions on the road. They are usually the heaviest bikes of the bunch as they are built for durability and to carry a lot of stuff beyond just the rider. They will maintain a relatively low bottom bracket but the wheelbase will be longer and the head tube angle slacker when compared to a road bike. This adds to their stability, especially when fully loaded.

 

Wheels are often 700c but many are actually designed for 26″ – some will accept either, though this will make for a higher BB with the larger wheel. Stock tire sizes will run wider – usually 28mm or above. This makes of a more comfortable ride since the air pressure can be dropped.

 

You may see touring bikes made from other materials, but the most common is steel due to its forgiving nature and durability. Drillings for back and front racks are standard, and drillings for extra water bottles are common.

 

Gearing may be a little lower, but will certainly be wider on a touring bike. Sometimes mountain bike components are used for rear gearing to give the rider extra low gearing. This is very welcome when ascending with a fully loaded touring bike.

 

This type of bike makes an excellent commuter as it is stable and when fitter with racks/panniers gives you lots of places to put your stuff besides on your back.

 

Cyclocross Bike

Cyclocross bikes are designed to travel both on and off road. Cyclocross is actually a race discipline that evolved as something for road racers to do in the off season, but the bikes have become very popular outside of racing due to their versatility. Cross bikes will typically be heavier than a comparable road bike but lighter than a comparable touring bike. The wheelbase will be in between that of a road bike and a touring bike while the bottom bracket height and head tube angle could be on either side of that of a touring bike depending on the manufacturer’s philosophy.

 

Wheels will be 700c and tires will typically range somewhere in the 30-40mm width range with small knobs to grip loose surfaces as opposed to the slicks you’ll see on dedicated road tires.

 

Frame materials vary widely just as with the other bike types, but for high end cyclocross bike frames carbon fiber is becoming a more prevalent material. Aluminum and steel are also common, especially amongst mid-level bikes and below.

 

Traditional cyclocross gearing is a little odd as they typically come with a very close ratio double crankset but this may be compensated for by a wider cassette.

 

Race dedicated cyclocross bikes may have drillings for water bottle cages in the front triangle though you’ll often see them with no bottles mounted so they don’t get in the way of shouldering the bike over obstacles. On the other hand, many cross bikes are drilled for racks since they can double as a touring bike due to the similar geometry.

 

Cross bikes make wonderful commuters due to their versatility and durability. You can often run racks or not, and swap the knobby tires with slicks should you so choose.

 

By the way, if you need a high-quality cyclocross bike frame for your bicycle, I recommend you to visit Maxway Cycles Co., Ltd. – they are the professional bike frame manufacturer in Taiwan. You can find kinds of bike frames for different functions. To get more information of it, please do not hesitate to check out their website and feel free to contact with Maxway!

 

 

Article Source: Bicycles Stack Exchange

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Why should you choose PU casters? Here are the reasons:

 

  1. To protect your hardwood floors.
  2. Avoid generating more pollution to environment.

 

Generally, wheels which are made of soft plastic such as polyurethane (PU) or Polyvinyl Chloride (PVC) can avoid scratching the hardwood floors. Because the hardness of the plastic is less than hardwood.

 

There are also many soft chair wheels made of PVC on the market, but PVC is considered as “toxic plastic” among the most used plastics. It is plastic that contain chlorine, and it’s often to add heavy metals such as lead, cadmium, zinc as a stabilizer for PVC products during the production.

 

When PVC waste is burned, it will produce dioxins, which is toxic to the environment.

 

Despite polyurethane is also a plastic material, but it does not cause the problems mentioned above, so it is generally considered the most friendly plastic material for the environment.

 

Now, it’s clearer why you should choose PU casters!

 

If you are looking for best casters for hardwood floor, I high recommend you to visit Enjoying Go Co., Ltd. – they have a variety of high quality PU casters for different applications. All of their caster wheels are with 5 years guarantee, so you do not need to worry about the problem of its quality. Now, check out Enjoying Go website and feel free to contact them.

 

 

Article Source: https://www.enjoycaster.com/msg/msg56.html

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Established in 1993, Apach Industrial Co., Ltd. is a market lead in manufacturing Nailer and Stapler. They offer high quality and reliable of air tools to satisfy clients’ standards and needs.

 

Since its establishment, Apach high creative R&D team with active move and ambitious vision offers the innovative design to have the best tool performance. The talent function designs with oil less patent and Apach identified mechanic, Apach nailers / staplers are the best products to choose and compete with your competitors in the market. Apach is the few ISO9001 certificate company by QMI. The 100% actual fire test and inspection before delivery, offer customers the reliable and safe nailers/staplers.

 

In addition to new products development, improving the present products for customer satisfaction is what Apach focuses on.

 

Below, I’m going to show you one of Apach’s excellent products – CF-15AA Corrugated Fastener Tool.

 

Corrugated Fastener Tool

CF-15AA

CF-15AA Corrugated Fastener Tool
This Apach CF-15AA corrugated fastener tool is designed to be powerful, safely and comfortable to use. Apach’s corrugated fastener tool work great for joining door stiles and cabinet faces and can be used to quickly assemble window frames as well. It is also good at upholstery, building, bedding and other applications.

 

Features

  • Bottom Load Magazine
  • Easy Magazine Adjustment
  • Jam-Free Magazine
  • Powerful

 

Fasteners

  • Compatible with Bea W, Duo-Fast CF, Haubold WN, Senco SC2, Omer CF Series

 

Applications

  • Framing, Joiner
  • Upholstery, Furniture, Bedding
  • Door, Window, Trimming, Picture Frames, Building Components
  • Cabinets, Furniture, Light wood assembly
  • Industrial, Pre-Fabricated Housing

 

If you have any interest in corrugated fastener tools or other nailer guns, I highly recommend you to visit Apach Industrial Co., Ltd. – they are the global well-known brand for nailers and staplers. You can get ideal tools at Apach. Feel free to contact them for more details!

 

Apach Industrial Co., Ltd.

176 Industrial 9th Rd, Tali Dist., Taichung City, Taiwan 41280

TEL: +886 -4-24915576

FAX: +886- 4-24915580

E-mail: info@apach.com.tw

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