28.4.12
26.1.12
Hotel Muse Bangkok
2:52 AM
Ichihiro
Below: A new hotel in Bangkok that I am now a fan of....
Below: Loving the Oriental and European decorative inspirations...
Below: The bathroom is impressively designed... befitting royalty and the discerning...
Hotel Muse Bangkok: A unique experience and luxurious journey into the past Below: Located in the convenient location of posh Langsuan Road... easy access to BTS station, prime shopping districs and many fine restaurants and tourist sights...
Intoducing Hotel Muse Bangkok, a new M Gallery hotel opened just last November by the Accor Hotel Group.Located in the high end district of Langsuan road (think Singapore's Paterson Road), Hotel Muse is along a cosy street lined with high end condos and offices, just minutes walk to the bustling Ratchaprasong junction where Chidlom BTS station, Erawan Shrine and Luxury Malls (Gaysorn Plaza and Erawan Bangkok (where Club 21 Thailand's homebase is!)) are nearby. There's even an amazing Starbucks (housed inside a bungalow) and Chang foot massage (one of my favourite massage places) within walking accessibility.
As you stepped thru the huge wooden doors into the Hotel lobby, you are immediately transported into the era of King Rama V, where east meets west, amidst the contemporary and period decor. In place of the conventional reception desk, Guest relation officers are seated in the intimate lobby to assist with the check it, bringing a new level of personal touch.
Rooms are well decked out in the romance of 19th century era, most commendable are the details in the exquisite bathrooms. The sink features beautiful porcelain-like patterns unseen in other hotels which catches your eye as soon as you enter. Intricate etchings adorn the mirrors, lizard embossed leather trays hold the amenities, contributing to an old world charm of luxury. With such fine details, the bathroom is simply befitting a prince or princess:-)
Modern technological creature comforts are also at your disposal... from high speed wifi connections, a huge interactive LCD TV and in-room iPod docking station (iHome IP90 player which I got one for myself after I get back to Singapore:-P), getting out of your room can prove to be a challenge:-) More so when you have tried the ultra comfortable pillow top bed which 'literally' makes you float. It's so comfortable, somedays, I just refuse to get out of bed:-)
Below: Pool with a view... small but nice:-)
Hotel Muse Bangkok houses a number of F&B options the likes of Thai Restaurant, Su Tha Ros and Medici which serves highly commended Italian. The Speakeasy at the top level lets you chill to groovy beats and cocktails with a view to match... a venue so chic, it even welcomed electronica music guru Claude Challe to spin his tunes just days before the new years.Be sure to check out this unique property should you be bound for Bangkok anytime soon. I know I'd be sure to stay there again for my next visit!:-)
Below: I stayed at room 1407... and coincidentally, I found this clip shot by a guest who also stayed in the same room!:-) How rare a chance to find this happening...:-P
For more pics of Hotel Muse Bangkok, check out their facebook fanpage.
Other pics of the Hotel taken by me on my facebook fanpage. 'LIKE' my fanpage if you enjoy reading this post.
[ TRAVEL ] [ HOTEL ]
25.1.12
IWC Big Pilot Top Gun Watches For 2012 Hands-On
1:31 PM
Ichihiro
Hey mister? You want a big watch that is easy to read? Well do I have something for you! The iconic classic aviator watch look is one that IWC has been more than successfully perpetuating for quite some time. They probably do it the best, and at the least they are the best at selling it. It is an classic look that feels great on the wrist as was originally developed for optimal legibility and ease of operation. What more could you want from a timepiece?
As you'll be hearing over the year, 2012 is the year of the Pilot watch for IWC. At SIHH 2012 their booth was pretty amazing by most standards. It didn't have much to do with watches, but the spectacle really pulled you into the world that IWC was trying to create for the new Pilot watch collection. IWC CEO George Kern is actually quite clever in having each year focus on one watch. That allows the brand to fully tailor their theme and message around the concept to get retailers, journalists, and buyers as excited as possible on what they want to promote. If they released a series of new nice watches from different collections it would dilute from the image they are trying to further.
There are actually a lot of new Pilot watches and several in the Top Gun range that has done well for IWC over the years. For watch lovers, the biggest news is that all new Big Pilot watches will contain in-house made IWC mechanical automatic movements. Previous Top Gun models for instance housed based ETA Valjoux 7750 automatic chronograph movements. The move to fully in-house made should up the value proposition for most people and is sure to enhance already high excitement around the collection.
As it was in the past, all IWC Big Pilot Top Gun watches will come in ceramic cases. There is a matte black case for standard Top Gun models and a polished dark gray case for the retro looking Top Gun Miramar line. Included in this article is one or two images of steel cased watches that show the slightly updated non-Top Gun IWC Big Pilot. While more or less visually unchanged for 2012, the new IWC Big Pilot watch benefits from mechanical and structural upgrades to made it better than ever. One important move was a serious upgrade in the crown and stem system to make it more durable.
The Top Gun collection is large. Perhaps too large for some. Not me, but for you it may be the case that the diameter of the case doesn't feel right. You really need to try it on. Don't get me wrong, I don't have massive wrists - not in the least. I just like look of a large watch. The Big Pilot Top Gun watches are between 46 and 48mm wide. Oddly enough the chronograph models are smaller at 46mm while there rest (including the time-only) models are bigger. That is an interesting move at it is usually the other way around.
Watch detailing is as always impressive. IWC far and away makes the best pilot watch hands anywhere. The trick is contrast. The detailing is crisp and the hands perfectly pop off the dials to create a strong, legible look. Others try to duplicate this, but I've never seen anyone do it quite as well as IWC. The three hand watches use the outgoing IWC made caliber 51111 automatic movement with that super long 7 day power reserve. The handy power reserve on the dial helps keep the look interesting as well. This is one of the 48mm wide watches and comes in both standard Top Gun and Top Gun Miramar styles.
The standard Top Gun uses a matte black ceramic case with a titanium caseback and large crown. The same goes for the chronograph version. Depending on the model there is a Top Gun logo engraved into the caseback or offered as a colored print under a protective sapphire crystal. It looks cool either way. Most people claim to not care about the Top Gun collaboration but I promise you it adds just a nice little icing to this sweet cake.
At 48mm wide it sits nice and big on the wrist. Why else do you think they call it the "Big Pilot?" The Miramar version has a polished gray ceramic case and dial with different colors and a little bit of a different style. It has has a green canvas style strap. If there is anything that you can say about IWC it is that a lot of attention goes into their dials and straps (or bracelets).
Most people will like the subtle Top Gun branding on the watches. There is no mention of it on the dial or case sides. The old model I believe has some type of Top Gun logo on the side of the case. Only the rear of the watch talks of the Top Gun connection. While the steel Big Pilot watches look excellent, ceramic is a great material. It is very hard and will wear gracefully as it is very scratch resistant. For the most part these should be really durable watches in terms of looking good for a long time.
One person said something interesting to me about how they didn't like the metal crown and pushers as matched to the ceramic case. They felt the ceramic look was incomplete. I see their point but it doesn't bother me. The truth is IWC really can't do that. Machining ceramic is a pain in the ass, and the technology doesn't yet exist for tiny ceramic pieces with intricate details like crowns and pushers to be made in any cost effective manner. As it stands these watches use grade 5 titanium for the crowns, pushers, and casebacks.
At the top of the new IWC Big Pilot Top Gun collection is the Perpetual Calendar. It uses IWC's outgoing great perpetual calendar automatic movement with a seven day power reserve. In the cool ceramic case with bold dial, this is a killer timepiece. The chronograph models uses IWC's new 89365 automatic movement that measures up to 60 minutes. IWC opted for a two versus three dial look on the watches. Though three register chronographs are available in the non Top Gun Big Pilot line.
The overall new IWC Top Gun collection of Big Pilot watches is impressive, highly wearable, and going to be quite popular when they start shipping. I am not sure about pricing but they will be in the ballpark of what IWC's Big Pilot and chronograph watches currently cost. [ WATCH ]
23.1.12
GLOSSYBOX for Men . . .
10:11 AM
Ichihiro
 |
| GLOSSYBOX |
Another gift idea from the grooming side of things comes from GLOSSYBOX who have just released their new men's box. As a present this is absolutely perfect for those who aren't too familiar with what products their receiver actually likes. This subscription-based quarterly gift is compiled of 7 samples catered to the users grooming needs.
With brands including YSL, Anthony for Men and Weleda it's like a mystery bag each time but what you gain from it is the knowledge of what kinds of brands and products work for you. After all the only person who can try and test these things to see if they actually work is you. It's about time men started splashing out on these kinds of things and besides, everyone loves gifts.
[ ACCESSORIES ] [ MEN ]
It's easy to subscribe to GLOSSYBOX for Men but hurry now to bag yourself a mystery selection as the last delivery for December is on the 19th. Then you can enjoy an updated selection every 3 months until you're comfortable with what works for you. Unfortunately they only ship to the UK and ROI at the moment so everyone else just hang tight for now . . .
For further information and to subscribe please visit:
13.1.12
Bulova Adventurer 24-Hour
10:50 AM
Ichihiro
Bulova Adventurer 24-Hour
[ WATCH ] [ BRAND ]
12.1.12
IN THE DARK
12:58 PM
Ichihiro
In today's on-demand society we are used to being able to read the time from our watches when and wherever we want. When wristwatches first became popular during and after World War I, they were novel enough in themselves, but it wouldn't take long before owners wanted the ability to be able to read the time at night too.
Fortunately, there was radium, a ready-made solution familiar to clock makers and pocket watch makers.
No longer the wonder stuff of its first discovery, when its energetic nature was thought to confer health benefits and led to it being incorporated into products as diverse as toothpaste and hair creams, radium's adverse health effects were beginning to be understood. But it lent itself readily to being used to make dial markings glow intensely enough to be read clearly in the dark.
It's a common misconception that the glow of the luminous dial is from the radium itself. In sufficient concentration, it does in fact glow blue, which is what helped Marie and Pierre Curie discover the element in pitchblende. However, in our wristwatch application, there is insufficient radium for it to luminesce itself (typically in the order of about 25 to perhaps 300 micrograms per dial). Instead its radioactive properties come into play.
Radium is a very strong emitter of alpha particles, which can be used to excite a phosphorescent material into emitting visible light in a process called radioluminescence. Watches with radium lume are also referred to as "self-luminescent" as they glow all by themselves without any trigger being necessary.
For dials, small amounts of a radium salt were mixed with zinc sulfide (ZnS) and a bonding agent and applied to the dial. The ZnS could be mixed with various other compounds to amend the color of the lume, which could mask some of the changes of the radium salt itself as it aged from white through yellow to ultimately a darker brown.
The isotope of radium normally used was radium-226, which has a half-life (the time it takes for the element to decrease by half, thanks to radioactive decay into other elements) of about 1,600 years. That means that it would take sixteen centuries for the radium to be half as effective. It also means that the radium is active long beyond the lifetime of the watch. In fact, since the ZnS phosphor was under constant attack from the radium's radioactivity, the limiting factor for the glow of watches of this vintage is never the radium itself, but rather the lume material.
Little risk
Despite its strength, radium would typically have posed little risk to the watch wearer. The same cannot be said of the people involved in producing the watches unless stringent precautions were taken. The major risk to human life from radium compounds comes from inhalation and ingestion– and this is just what the dial painters were exposing themselves to.
The novelty of the glowing material led some of them to paint their nails with it, or run it through their hair. But their jobs required them to paint very fine lines with the radium mix, so they used to "point" their brushes by licking the ends to make a fine tip.
Unfortunately, this meant some of the material was swallowed and potentially absorbed into bone, leading to painful, disfiguring conditions and possible death. This came to light in the infamous "Radium girls" case in the US in the 1920s, with the court finding against their employer, the United States Radium Corporation, and labor laws relating to occupational health being introduced or revised as a result.
Substitutes
More stringent procedures practically eliminated diseases related to radium ingestion, but the industry and public were now much more aware of the risks and the search for alternatives to radium gained momentum. The amount of radium was gradually reduced, to the extent that a wristwatch from 1960 would only be about 1/100th as active as a pocket watch from 1910. Radium use in wristwatches has been banned in the U.S. since 1968 by the National Council on Radiation Protection & Measurements (NCRP), with the rest of the watchmaking world following suit.
The search for a safer replacement for radium didn't stray too far. The benefits of self-luminescence were clear and so the alternatives considered tended to be radioactive too. The frontrunners were promethium-247 and tritium (a form of hydrogen), both low energy beta emitters.
The impact of radiation on biological tissue is measured by "relative biological effectiveness" (RBE) and expressed as a radiation weighting figure. The beta particles emitted by promethium and tritium have a weighting of 1, comparable to having a medical x-ray. Radium decay however, emitting alpha particles, has a weighting of 20, as high as the scale goes.
Despite the differing strength, tritium lume works exactly as radium does, with radioactive decay triggering typically zinc sulfide. One big difference is in their half-lives. As opposed to radium's 1600+ years, tritium only has a half-life of just over twelve, meaning the lume is only half as effective after twelve years, then half as much again after twenty-four years, and so on. The lume material is not attacked radioactively as aggressively as with radium, but the reduced half-life means 1960s watches rarely remain illuminated.
Tritium concerns
Health concerns began to be raised about tritium in the 1960s and regulations around its use and export were tightened. Dials were marked to show tritium was present (typically with 1 or 2 "T"s on civilian watches but also sometimes 3H on military watches, as on Heuer's chronograph supplied to the German Bundeswehr). In 1966, the U.S. Nuclear Regulatory Commission specified an amount of tritium allowed in a watch of 25 millicuries (mCi) and this same maximum was adopted in many other countries.
The markings on tritium and promethium lume watches are governed by ISO 3157; where the watch is simply marked T, it must have less than 7.5 mCi of tritium whereas T<25 as seen on some dive watches like Rolex's Submariner means the tritium is somewhere under the permitted maximum of 25 mCi. Promethium is signified either by a P enclosed within a circle (usually on military issued watches) or the letters Pm or Pm 0,5.
Promethium was relatively rarely used compared to tritium, but both fell out of favor through the decades after the 1970s outside of specific applications where self-luminosity is particularly desirable, as in dive watches.
Non-radioactive
It became clear that radioactivity was a sensitive solution to making watches glow and was unlikely to be viable longer term, so manufacturers began in the 1960s to search for alternatives.
Chemiluminescence presented itself as a solution, though there were limitations. While it has the potential for self-luminescence like radioactive alternatives, the substances involved are usually consumed in the reaction that produces the glow meaning that the luminescence is not sustainable.
The answer came with photoluminescence. A photoluminescent material absorbs light, typically in the UV spectrum, and releases it again as light over time. For a watch, the material has to be phosphorescent rather than fluorescent, as the latter re-emits light effectively immediately afterit has been absorbed, whereas a phosphorescent material can continue glowing for hours in the right circumstances.
Initially the familiar zinc sulfide was used, but in a photoluminescent application fades undesirably quickly, so alternative compounds were investigated. The answer came with strontium aluminate, typically doped with europium, giving approximately ten times the brightness of ZnS with the glow lasting ten times as long.
This highlights a drawback of photoluminescent lume: it is not self-luminescent but rather has to be "charged" with light in order to glow. A few minutes charge will give minutes of glow, so any use requiring the watch to be readable in the dark for hours typically will require a charging period of several hours too.
In general use this is not an issue, but does explain why tritium continued to be popular in dive watches long after photoluminescent materials became available. Immediately after charging, the photoluminescent watch will typically be brighter than a radioluminescent equivalent but will fade with time after being charged. The luminescence of a tritium watch will remain constant throughout.
Current sources
Photoluminescent materials currently dominate the market, particularly SuperLuminova from the market leader RC Tritec of Switzerland. However, there are a number of watchmakers such as Ball Watch, Traser and Luminox using tiny glass tubes of gaseous tritium (GTLS or Gaseous Tritium Light Source) from MB-Microtec, also of Switzerland.
Increasingly, the two technologies are being used in combination for the best of both worlds, giving both a constant glow and initial brightness. The major drawback of the GTLS tubes is cost, with the tubes costing in the order of $10 per tube and replacement being advised after twenty-four to thirty-six years.
The future might involve using both GTLS tubes (for specific applications) and photoluminescent pigments for everyday use. The problem there is the two goals, of extra brightness and longer duration of glow, are mutually opposed, and one or the other will suffer. The next breakthrough will be some way of reconciling those two aims in one material.
Mark Moss is a UK-based business architect/analyst who collects Heuer Carreras but has an interest in all aspects of horology.
Android
Android watches, based in South Florida, is known for unusual and striking designs that cover the spectrum from dress to sport to everyday wear. As tritium has grown in popularity, Wing Liang, Android's owner and chief designer, knew the illumination technology was a perfect fit for his company's watches. With the expansion of import licenses, Liang couldn't resist the opportunity to introduce this still unusual feature to his timepieces. Android's offerings with tritium, like the Divemaster Enforcer T-100 Automatic, offer colors and styles unlike most watches with tubes. This latest offering is a 200-meter diver that will come in a 45mm and 50 mm case with the SII NH35 and NH15 movements. Available with T-100 brightness, Android is another of the several companies to embrace the new, brighter tube configuration with is especially useful in dive watches. The Enforcer retails for $600.
Ball Watch
Ball watch is a true pioneer in the world of tritium tube watches. Jeff Hess, president of Ball USA, won't hesitate to tell you that there wouldn't be any T-100 without Ball Watch. Back when tritium tubes were still a curiosity or mostly military feature in the U.S., Ball ramped things up by multiplying the amount of tritium in a watch by a factor of four. What could have been a disaster—the US Nuclear Regulatory Commission charged they violated the license—turned into a victory when Hess and his team demonstrated successfully that there was no prohibition to T-100 watches. For some time, Ball was the only company that could bring in watches with this level of tritium illumination. Once MBM had its own license updated, it opened the market to many other brands increasing their tube volume per watch. Ball produces watches filled with tubes and continues to make what might be the brightest watches in the western hemisphere.
Vostok-Europe
Based in Lithuania, Vostok-Europe is the only watch company from that part of the world to incorporate tritium tube technology into its watches. Since their first tube offering came out in 2008 with the Caspian Sea Monster, they have produced dozens of styles and embraced gas tube illumination in a big way. The latest offering, the new N1 Rocket, is a 200-meter diver with T-25 illumination and striking seven-link bracelet. With a 46mm case, the watch, inspired by the world's largest rocket, comes in three dials and on leather as well. Price: $749.
Deep Blue
New York-based Deep Blue has quickly made a name for itself as a maker of serious dive watches for serious divers. Owner Stan Batesh is committed to building watches with exciting form and real world function. From the beginning of the brand, the watches have incorporated tritium tube technology and one of the first to use T-100 after the expanded licenses allowing this level of illumination. "After our initial success with T 100 tritium tubes we decided the next step would be an attempt at the new flat tritium tubes," says owner Stan Batesh. "The Daynight Pro T 100 is our first flat tube tritium watch. The new Daynight Pro retails for $899 with a Swiss ETA 2824 automatic engine, 300 meter water resistant case and 44 mm case.
Luminox
All Luminox watches are Swiss-made and produced by its partner the Mondaine Watch Company. The company is also an authorized timekeeper for defense contractor Lockheed Martin, builder of the F-16 Fighting Falcon and the F-22 Raptor, among other fighter jets.
"We are recognized as the pioneer in the use of tritium tube technology," Luminox president Barry Cohen says. "One of our major retailers called me once to tell me how a newer brand called on them and, in the course of the conversation explained how they were 'just like Luminox' at least fifteen times," Cohen recalls. "The retailer replied 'why would I want something only like Luminox when we're doing quite well selling the real thing?'"
Most recently Luminox produced a special watch where 100% of the proceeds are going to the Japanese Red Cross in support of the Tsunami victims. The 43-mm watch has a carbon-reinforced polycarbonate case housing a Swiss-made precision quartz movement.
Finding the most eff ective and brightest combination of lume is a passion for Reactor founder and president Jimmy Olmes. His company has experimented with luminous materials from its beginnings in 2003.
"We were the first to seriously investigate how many layers of lume would give optimal glow," Olmes says. "We tried six and eight layers and went all the way up to twelve to learn that anything beyond eight and you reach a point of diminishing returns."
Reactor's patent-pending Never Dark system is a hybrid of the two major illumination technologies. The watches combine both tritium-gas tubes and SuperLuminova. As a result, the watches offer the wearer the advantages of both types of illumination—the initially intense brightness of SuperLuminova and the continuously lit nature of the gas-filled tubes. "We were the first to combine these two materials in one watch," according to Olmes.
Traser
As the in-house brand of MB Mictrotec, the makers of the tritium tubes in Switzerland, Traser certainly has the inside edge on all the latest tritium tube technology. As a way showcase the many uses of their tubes and provide military grade watches to both soldiers and the public MBM launched their own brand in the late 1980s. The brand, Traser H3, gained fame and momentum when the US armed forces made them standard equipment during the first Gulf War. Ever since, Traser has remained an authorized watch supplier for the U.S. military and they build watches to those exacting standards.
