Underground Drainage UPVC Pipe

Underground Drainage UPVC Pipe - PALING
 

Paling Underground Pipes and Fittings are used for domestic drains, public and private sewers.

Paling Underground Drainage Systems make use of pipes that are both flexible and strong. These versatile products are suitable for all types of sewage and are useful for all building applications.

 Along with ISO 9001 certification and various approvals by SIRIM and IKRAM, Paling products are also accredited by NSF, an authority in water industry standards. Our products are manufactured under an effective system of inspection, testing, supervision and control. 

 Advantages:
- High Internal Smoothness
- High Impact Resistance
- Abrasion and Shock Resistance
- Algae and Bacteria Resistance
- Ability to Accommodate Deformation without Structural Damage 


For Official Certification and Order, please contact 
Mr Ho Kok Fei (012-6626475) 
Mr S. Adli (017-8848290)
We Provide Installation Works

Other Product : WC Equipment 

Abseiling - working at height

SAFETY FIRST

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

AMALKAN BUDAYA KERJA SELAMAT

 

Pakai Peralatan Perlindungan Diri Sebelum Memulakan Kerja.

Pekerja Dikehendaki Memakai Topi Keselamatan Dan Berkasut, Jika Didapati Ada Pekerja Yang Tidak Mematuhi Peraturan Ini Denda Akan Dikenakan RM 10.00(Potong Bayaran Sub-Kont)

Patuhi Tanda Amaran Dan Tanda Keselamatan Di Tapak Bina.

Periksa Dahulu Jentera/Mesin Sebelum Memulakan Kerja.

Pastikan Alat Pengangkat Sempurna Sebelum Digunakan.

Pastikan Tiada Orang Di Bawah Semasa Membuang Bahan/Sampah.

Amalkan Sistem Pembuangan Sampah Yang Sihat.

Membuka “FORMWORK” Dengan Keadaan Penyeliaan.

Pelantar Perlindungan Di Tepi Pintu Masuk Ke Dalam Bangunan Dalam Pembinaan.

Berhati-Hati Ketika Menggunakan Bahan Kimia.

Pasang Penghadang Kawasan Pembinaan Bagi Menjamin Keselamatan Awam.

Kunci Cangkuk Dan Ikat Dengan Sempurna Sebelum Mengangkat Barang Dengan Menggunakan Kren Atau Backhoe.

Jangan Menumpang Dalam “BUCKET BACKHOE”.

Jangan Bekerja Dalam Lubang Bawah Tanah Tanpa Penyaliaan.

Pastikan Laluan Kerja Tiada Halangan.

Tanggalkan/Bengkokkan Paku Dengan Segera.

Jangan Longgokkan Bahan Binaan Di Tepian Tempat Tinggi.

Dapatkan Kebenaran Sebelum Membuat Kerja Elektrik.

Laporkan Segera Kemalangan Yang Berlaku.

Bersih Dan Simpan Dengan Sempurna Sekitar Tempat Kerja.

Jauhi Dari Jentera Bergerak.

Awasi Pergerakan Jentera Pengangkut Dan EXCAVETOR,Berhati-Hati Dengan Kabel Atas.

Workers Camp

4 block of terraced

The Important of Quality Personal Floating Device (Life Jacket) for Survival

GOMARINE Helps You In Choosing Your Best PFD 

History

Natural materials were first used to create floatation devices. Before 1900, life jackets were made from cork and balsa wood. A material called kapok was later used as the fill material in life vests. Kapok is a vegetable fiber found in tropical tree pods, resembling milkweed.

The Coast Guard made a significant change in life vest requirements after the 1953 sinking of the ore carrier Carl D. Bradley, in which 33 persons died. Many crewmen were found floating among their life vests, having slipped out of them after the ship had sunk. Thereafter, the Coast Guard required that life jackets be designed so that unconscious persons could not accidentally slip out of them if immersed in water.
In the 1960s, France introduced a life jacket called the flotherchoc. The flotherchoc was a light and flexible body-fitting vest. This design replaced the then popular but awkward horse-collar design. The advantage of this vest was that it was less confining and, therefore, more likely to actually be worn. The flotherchoc was made up of small, air-filled vinyl packets which were placed inside nylon chambers. However the flotherchoc had the same problem as the PFDs which used kapok: over time, the flotherchoc's vinyl packets could lose their buoyancy if punctured.
Plastics are now being used in the manufacture of life vests. Some vests are made from closed-cell foam or foamed plastics which are encased in nylon. Closed-cell foam has been around since the 1940s, but it was not until the 1970s that its use in survival wear was introduced. A closed-cell foam insert is made of tiny, individual air-filled pockets within the foam itself. The air-filled pockets are called cells. This foam structure is similar to a sponge, except that in a sponge the individual cells are connected by tunnels which run throughout the material. Closed-cell foam cells are not connected at all. It is the isolated air-filled pockets which provide the flotation. Closed-cell foam can be punctured over and over again with only minimal effect on its buoyancy. Some of the better closed-cell foam structures will not deteriorate even under tremendous compression. The air-filled pockets also provide some thermal insulation protection against hypothermia.

Staying Afloat: What you Need
A personal flotation device, or PFD, is flotation which is often wearable in the form of a vest, and is intended to help waterbound individuals stay afloat. According to the United States Coast Guard, you must have enough USCG-approved PFDs aboard your recreational boat to outfit every rider. These PFDs must not only be marked with a USCG approval number, but also must be the correct size for each wearer, easily accessible and in good, working condition. For each person on board, including those under the age of 13, you must have either a Type I, II, III or V PFD. The type of PFDs you will need may vary and will depend upon the type of water recreation involved, as well as the size and type of your vessel. If your boat is 16 feet or longer, and is not a canoe or kayak, you will also need a throwable, type IV PFD.

Flotation in all Shapes and Colors
These days, personal flotation comes in a multitude of shapes, sizes and colors, including those made with added design features intended for long wear, cold water scenarios and calm or rough water. Because of the wide variety of PFDs now available, making the right choice is more important than ever. While shopping for flotation, you should take into account the boating you intend to do as well as the type of water environments you commonly encounter. Below you will find a breakdown of the five different PFD categories, explaining what makes each one unique and appropriate for specific use.

Type I PFD: Offshore Life Jackets
This type of PFD is the most basic, yet features high buoyancy to keep wearers afloat, even in open or rough water where rescue is often delayed. The highly visible color of this type of PFD, in addition to its face-up design, which will turn most unconscious wearers face-up to prevent drowning, makes it extremely reliable. Although they perform well in hazardous water environments, Type I PFDs can be bulky, making extended wear uncomfortable. Type I, USCG-approved PFDs are offered in child and adult sizes, while USCG/SOLAS/MED Type Is can be found in a broader range of sizes including infant, child and adult.

Type II PFD: Near-shore Vests
Type II PFDs are easier to wear with less bulk, and are best for calm, inland water use where there is a good chance of quick rescue. Built to turn some unconscious wearers face-up, Type II PFDs are not suitable for long hours in rough water. There is also a wider range of sizing options among this type of flotation, including models to fit infants, children, youth and adults.

Type III PFD: Flotation Aids
Offered in both vest and coat form, Type III PFDs, like Type IIs, are best for calm, inland water where help is quick and accessible. Type III models are considered the most comfortable category of personal flotation, although this Type of PFD will not always turn unconscious wearers face-up in the water. Because of this, Type IIIs should not be used during lengthy, offshore survival situations as their design may allow water to lap over an individual’s head and face. Type III PFDs come in a plethora of sizes and styles, which makes them attractive in terms of appearance and customization.

Type IV PFD: Throwable Devices
Throwable PFDS come in several different styles, including cushions, rings and horseshoe buoys, and are good for throwing to riders who have gone overboard in calm, inland water. Devices such as these act as back-ups to wearable PFDs, but shouldn’t replace them as Type IV PFDs are not for use in aiding unconscious individuals, non-swimmers or children and will not withstand extended time in rough water.

Type V PFD: Special-use Devices
Special-use PFDs are restricted to specific water environments and usages, but can be greatly helpful given the conditions. Type V PFD varieties include boardsailing vests, deck suits, work vests and hybrids among others. Always check the label and consider the PFD limitations before purchase or use.

Type V Hybrid PFD: Inflatable Devices
Made with streamlined bodies that internally house deflated buoyancy packs, hybrid PFDs are great for continuous wear and produce a high level of flotation when activated, either manually or automatically. Due to the compact design of hybrid PFDs, they may not adequately float wearers unless partially-inflated prior to entering the water. Most models also require active use and care of the inflation chamber in order to ensure reliable operation. This type of flotation must be worn to be considered as a regulation, USCG-approved PFD and is not recommended for children and young adults under 16 years of age.

Don’t Risk it – Wear it
Often times, boaters don’t wear PFDs when they should, complaining that they are too hot, uncomfortable, cumbersome – even unflattering. The truth is, in the event of a surprise submersion, chances are you won’t be able to put your PFD on and may risk losing it altogether. You may think most drowning occurs far out to sea, but you’d be wrong. The fact is, nine out of ten preventable drownings happen in populated, inland waters where rescue may be only moments away. To protect yourself, and the lives of those around you, purchase a PFD that you will actually wear – and stick to it.

Pick a PFD: Size and Style
When shopping for a personal flotation, choosing the correct size is crucial. Adult PFD sizing is based on chest diameter rather than weight (as with child PFDs). A correct fit is one which snugly conforms to your body, yet allows for ease of movement and prevents chafing. Every PFD features different foam placement designed to move with the body, some offering segmented foam covered in stretchable fabrics that substantially increase flexibility during wear. In addition to PFD flex, most feature straps and buckles intended to enhance adjustability, which not only increase comfort, but help attain a water-safe fit. The kind of material used within a PFD can range from general-use polyethylene foam (PE) and PVC, which is a durable, inexpensive polyvinyl-chloride foam, to more specialized NBR and Aquafoam™ foam fillers. Women should look for female-specific cuts rather than unisex styles which accommodate larger bust lines and longer torsos with added design elements like princess seams and contoured molding.

Fit to a T
Once you’ve chosen a PFD size, follow the steps below to help ensure a successful fit:

1. Unsnap buckles and completely loosen all straps, then put the PFD on.
2. If the PFD has a zipper, first zip it up, then, beginning at the waist, tighten all straps adequately, without unnecessary squeezing or bunching of material. If the PFD has adjustable shoulder straps, tighten them last and tuck in any loose ends to prevent snags.
3. Once on, have someone firmly pull up on the shoulders of the vest. If it is able to be pulled over your nose or head, the PFD is too loose. If this occurs, tighten the straps again. If the PFD can still be pulled up to your nose after several adjustments, it is too large. Pick a smaller size and start the process again.
4. If possible, test your PFD in a pool before venturing out to see how it will perform while simulating any repeated movements you intend to do during wear, including paddling, reaching, bending or jumping.
5. While in the water, if you notice you are struggling to keep your chin above the surface or can’t tilt your body to easily float on your back, choose a PFD with higher buoyancy.
6. Although not wearable, throwable Type IV devices should also be tested prior to use by tossing them at a specific target, making adjustments for wind and water conditions.

Note: A PFD may not react the same in choppy or open ocean as it will in calm water.

Buoyancy In PFD design, buoyancy is the force, measured in pounds, necessary to keep an individual’s head and chin above the water’s surface. Adults generally need seven to twelve pounds of buoyancy to stay afloat. Many factors, including a wearer’s weight, body fat ratio, lung size, attire and water conditions play a part in how much buoyancy is needed to effectively keep a person above water. As a general rule, the more physically fit someone is, the more buoyancy is required to keep them afloat. To test the buoyancy of a PFD, tilt your head back while wearing it in the water and relax your body. Your chin should be well above the water without water lapping over your face or mouth. If your chin is not above the water level, select another model with more buoyancy. If your stomach is larger than your chest, ride-up may occur, but in any other case, this shouldn’t happen.

The USCG requires that PFDs feature the following minimum buoyancy levels:

TYPE OF PFD	MIN. BUOYANCY (ADULT)
TYPE I	22.00 LBS
TYPE II	15.5 LBS
TYPE III	15.5 LBS
TYPE IV	16.5 & 18.0 LBS
TYPE V - Hybrids	7.5 (DEFLATED) – 22.00 (INFLATED) LBS
Type V – Special Use	15.5 – 22.0 LBS

Full-featured and Built for the Depths:

Color Many stylish colors and patterns are available for purchase, but remember to base your choice not only on appearance, but also by keeping in mind the kind of water environments you plan to frequent. Yellow and orange are highly visible colors that stand out amongst dark water, while neutrals, white and black, do not. Light colors refract more sunlight for cooler wear, while dark colors absorb and retain heat.

Storage Depending on the way you intend to use your PFD, you may require ample storage. Pleated pockets, webbing, lash tabs and hooks may be in order for a long day of fishing, while just a zippered pocket or two will suffice for recreational boating use. In either case, make sure you have enough built-in storage to accommodate items like whistles, foodstuffs, flares, compasses, binoculars, sunglasses and pocket knives.

Reflective Reflective tape is another useful feature often seen on upgraded PFDs. Reflective tape, including regulation SOLAS-grade, is helpful during an emergency as it increases a wearer’s visibility, even during dusk and evening hours, when light bounces off the PFD’s reflective piping.

Breathability One added element to consider when buying a PFD is if it features mesh integration that is designed to enhance breathability and speed the evaporation of sweat. This is good for wearers who plan to engage in activities that require a high level of physical exertion, as during canoeing and kayaking.

Streamlined Safety: The Inflatable PFD Inflatable PFDs, although intended to increase the buoyancy of wearers to promote water safety, are quite different than their inherently buoyant cousins. Inflatable PFDs are distinctive, enhancing wearer mobility and comfort via their streamlined shape, and can produce substantial inflation when triggered. As many boaters have heard time and time again, the best kind of PFD is the one you will actually wear. If you are over the age of 16, can swim and do not intend to wear your PFD onboard personal watercraft, (for which they are not approved) an inflatable PFD might just be the thing for you.
How they Work Replaceable CO₂ gas cylinders allow inflatable PFDs to quickly inflate, either manually by tugging on the attached pull-tab cord (piercing the CO₂ cartridge inside), or automatically, when the water-sensitive bobbin dissolves due to submersion and triggers the puncturing of the cylinder. Inflatable PFDs can also be filled by blowing air into the attached oral inhalation tube, expanding the empty cavities inside. Once inflated, these PFDs offer up to twice the amount of buoyancy compared to traditional PFDs, turning some wearers face-up while also bringing the head and mouth up above the water even higher, helping to reduce water ingestion. One should always wear an inflatable PFD over, not under, clothing as doing so may affect the PFD’s capability to inflate, and, consequently, prevent it from functioning as intended. Manual units are best for those who believe there is a realistic chance they may end up in the water, but are confident they will be able to pull the trigger cord when needed. Kayakers, paddlers and fishermen may opt for manual models. On the other hand, if you don’t intend to go into the water, and want the added peace of mind that your inflatable will deploy even if you aren’t able to jerk the cord, an automatic model might be a better way to go.

Maintain to Inflate Sometimes, buyers are hesitant to purchase inflatable PFDs, fearing that the automatic inflation will malfunction due to rain or humidity. With regular care however, accidental inflation is rare and preventable. As with traditional PFDs, inflatables should be stored in dry, well-ventilated areas away from excess moisture and direct sunlight. This will keep the water-sensing element in good shape. Once a cartridge is spent, an inflatable PFD must be rearmed by replacing the CO₂ cartridge before its next use, otherwise the PFD will not be able to inflate except via the inhalation tube. Annual replacement of the bobbin, regardless of use, is recommended to help ensure safe, reliable operation. In addition to annual bobbin replacement, users should breath-inflate the internal cavity, again through the inhalation tube, and let the PFD sit overnight to check for leakage. Before use, always check to see if: 1) the PFD is properly armed (refer to your owner’s manual for more details); 2) it is free of rips, tears or holes; and, 3) the fabric, straps and hardware are secure and in good condition.

Infant, Child and Youth PFDs As with adult PFDs, child flotation should fit snugly and offer added adjustability to accommodate smaller wearers. Once a type, size and style has been chosen, test your child’s PFD in the water before actual use to gauge correct fit so that he/she stays afloat with chin up and out of the water.
Kids’ PFD sizing differs from that of adults’, and is measured by weight, not chest size. Infant PFDs range from 8-30 pounds, child PFDs from 30-50 pounds and youth models from 50-90 pounds. For small children and infants, special features like padded head support, leg straps and grab handles are beneficial in keeping them face-up, helping to ensure their PFD stays on and makes retrieval from the water easier.
It is important to remember that children often dislike the restriction of PFDs, but that with the proper approach and set-up, you can prepare your child in the event of an emergency. Because a child’s weight is distributed differently than an adult’s, wriggling, panicked children can put additional strain on their PFDs, making it harder to stay afloat. Remember to familiarize your little one with their personal flotation ahead of time, even encouraging them to wear it to the pool or around the house. Many parents make a game of it and offer rewards to promote correct wear.
While PFDs are especially important for use with children, they are not to be substituted for adult supervision, which should always be present and act as the first line of defense in avoiding unwanted water contact.

PFD Care & Maintenance Although life jackets are generally easy to care for and can last many seasons with proper attention, there are a few dos and don’ts that will help ensure your PFDs stay in good working condition. Perform these checks bi-annually and at the start of every boating season.

Dos:

• Examine your PFD before use to check for rips and fraying, while looking to see if hardware, seams and straps are in suitable condition. Tug at the straps and close and release the buckles to ensure they are also in good shape.
• Look for signs of mildew, waterlogging (the absorption of water), shrinkage or severe fading. If detected, replace your PFD.
• Write your name somewhere on the PFD so it is easily identifiable and will not get mistaken for someone else’s.
• Rinse with fresh water after wearing to remove salt deposits and other impurities.
• Hang dry before storing in a cool, ventilated spot away from direct sunlight
• Protect the safety of others by cutting-up old vests before throwing them out so that should someone find them, the PFDs will be unusable.
• If you own an inflatable PFD, replace spent air cartridges once they have been used.

Dont's:

• Don’t wear it with heavy or sharp items in the pockets, which may puncture or challenge the buoyancy so you don’t float as well.
• Don’t tailor your PFD. By doing so, you void the USCG approval and alter the buoyancy, changing the effectiveness of the flotation. If your PFD doesn’t fit, get one that does. A PFD that is cut or altered may not help save your life.
• Don’t apply heavy weight to your PFD by kneeling or standing on it or by using it as a boat fender. Pressure like this will crush the foam within, resulting in loss of buoyancy.
• Don’t leave your PFD onboard a boat not in use for an extended period of time. This exposes it to sunlight and dry conditions that may weaken it.
• Don’t clean a PFD with harsh detergents or attempt to dry clean.
• Don’t dry your PFD in the dryer, on a heater or within contact of any other direct heat source as this can damage the foam inside.

Cold as Ice: Cold Water Survival
If exposed, water temperature under 70 degrees Fahrenheit can cause your core body temperature to drop, thus inducing hypothermia. If your internal temperature becomes too low, you may lose consciousness and drown. Believe it or not, cold water can reduce your temperature 25 times faster than air alone. As with buoyancy, factors such as weight, body fat, age (children cool quicker than adults) and excessive movement can influence how well you hold up in cold water scenarios. The good news is, wearing a PFD can help extend the length of an individual’s survival in frigid water because it helps to conserve energy, allowing the wearer to float more easily. Snug-fitting PFDs also prevent water from coming in contact with the chest and back, thus slowing the effect of cold water on body temperature. When boating in cold water, float coats and deck-suit style PFDs are recommended as they cover more of the body.
TIME TO HYPOTHERMIA - ADULTS

WATER TEMP. (FARENHEIGHT)	TIME TO UNCONSCIOUSNESS	EXPECTED SURVIVAL TIME
32.5 F	UNDER 15 MINUTES	45 MINUTES OR LESS
32.5–40	15–30 MINUTES	30 – 90 MINUTES
40 – 50	30 – 60 MINUTES	1 – 3 HOURS
50 – 60	1 – 2 HOURS	1–6 HOURS
60 – 70	2 – 7 HOURS	2 – 40 HOURS
70 – 80	2 – 12 HOURS	3 HOURS – INDEFINITE
80+	INDEFINITE	INDEFINITE

If you happen to go overboard in cold water, there are a few things you can do to tip the odds in your favor. First, don’t swim unless you are certain you can reach a nearby boat, floating object or another survivor. Swimming in cold water is more taxing than normal, and even good swimmers find themselves struggling to stay afloat in these kind of conditions.
If you are able to make it to some kind of floating object, climb onto it in order to keep as much of your body out of the water as possible. This will keep you warmer, longer. If you’ve been taught to use drown-proofing tactics that require you to put your head in the water, don’t use them. This only accelerates the effects of hypothermia in cold water.
The best ways to position yourself in cold water while waiting for rescue can be seen in the diagram below. Stay in the HELP position to reduce heat loss. If you’re donning a Type III PFD or are struggling to keep your head upright and out of the water, extend your legs and pull them together as if standing. This is called the SURVIVAL position. If others happen to be in the water with you, HUDDLE side-by-side to share warmth. Regardless of the situation, stay positive. Maintaining high morale – and keeping your PFD on – will help improve your odds of survival.

Construction, We Established.

Alhamdulillah.

Thank you for all  GOMARINE supporter in line of being a small contractor.

GOMARINE ECO LED TUBE

60% ELECTRICAL REDUCTION IN UTILITIES. 
NO MORE EVERY 2 YEARS REPLACEMENT FLUORESCENT TUBE

1. A 28W T5 Retro Save Tubes has savings of more than 50% in terms of ENERGY (i.e.: Lower Utilities Bills) as compared to a 45W normal florescent Tubes.
2. Electronic ballast integrated inside high efficacy due to the higher frequency than normal T8 Normal tubs thus no flicker and no noise.
3． Normal Fluorescent Light Tubes’ lifespan has only 8,000 Hours as compare to an T5 in T8
Tubes 16,000 Hours which has 2 times life span.
4. During operation, a florescent Tubes emits a temperature of 140°C whereas a T5 in T8 emits
a temperature less than 60°C
5. Easy to replace traditional T8 fluorescent tubes thus less labor involves.
6. Very Low investment cost @ only RM62.00 per Piece
7. 4 Month ROI
8. Energy efficacy per watt can produce up to 110lm

ECO LED TUBE V/S NORMAL FLUORESCENT TUBE
www.gomarine.wix.com/gomarine

Example: your companies can save RM100.00 a year for each Set of Eco Lighting T8 LED Tube. And just purely base on power grid utilities saving provided run for 24/7 throughout the year and the investment is as low as RM62.00 per set.

2.5kg SOLAS Life Buoy Ring 32Inch- Kuala Lumpur, Melaka.

Designed for both pleasure boat and commercial applications. This high quality 2.5kg standard life buoy ring feature a bright orange cross link polyethylene outer shall that will not rot or mould an is unaffected by extreme weather or prolong outdoor exposure.

Fully approved to SOLAS and EC MARINE EQUIPMENT Directive (Ships Wheel Mark) standard, and fitted with 4 x SOLAS all round  Retro Reflective Tapes and all-round lifebuoy grab lines.

2.5kg Solas Life Buoy BUOYANCY: 14.5Kg (32lb) (142N)

Call us at 017-8848290 or email Go.marine@gmx.com for any enquiry.

GOMARINE HELPS IN CORROSION SOLUTION AND CORROSION INHIBITOR

What is CORROSION? 
Corrosion is the gradual destruction of materials (usually metals ) by chemical reaction with their environment. It's a
1. The act of process of corroding
2. The condition produce by corroding

3. The substance such as rust, formed by corroding

Many structural alloys corrode merely from exposure to moisture in air, but the process can be strongly affected by exposure to certain substances. Corrosion can be concentrated locally to form a pit or crack, or it can extend across a wide area more or less uniformly corroding the surface.  Because corrosion is a diffusion-controlled process, it occurs on exposed surfaces. As a result, methods to reduce the activity of the exposed surface, such as pasivation  and chromate conversion, can increase a material's corrosion resistance. However, some corrosion mechanisms are less visible and less predictable.

Cost of CORROSION. 

The cost of corrosion can be defined in different ways depending on what is included and who is affected. In past studies, different definitions of the cost of corrosion have been used, and have therefore arrived at different estimates. In the current study, the total direct corrosion cost for each sector was estimated and major components contributing to this cost were analysed. In addition, preventative strategies for corrosion control were described for the individual sectors.

The annual cost of corrosion consists of both direct costs and indirect costs. The direct costs related to corrosion are made up of two main components:

1. The costs of design, manufacturing, and construction:

• material selection, such as stainless steel to replace carbon steel,
• additional material, such as increased wall thickness for corrosion allowance,
• material used to mitigate or prevent corrosion, such as coatings, sealants, corrosion inhibitors, and cathodic protection, and
• application, including the cost of labour and equipment.

2. The cost of management:

• corrosion-related inspection,
• corrosion-related maintenance,
• repairs due to corrosion,
• replacement of corroded parts,
• inventory of backup components,
• rehabilitation, and
• loss of productive time.

Indirect costs are incurred by others than just the owners or operators of the structure. Measuring and determining the value of indirect costs are generally complex assessments; however, several methods, such as risk-based analyses, can be used to evaluate these costs. Owners and operators can be made to assume the costs through taxing, penalties, litigations, or paying for clean up of spilled product. Once assigned a dollar value, the indirect costs are included in the cash flow of the corrosion management of the structure and treated in the same manner as all other costs.

Gomarine present a corrosion solution. 
Email us for detail @ Go.marine@gmx.com 
for our products and services.  

How our products assist you in protecting your assets and your organization?
1. Our product was born from the problem that occurred as corrosion, fungus and so on.
2. prolong the detention of dairy products
3. easy in application
4. forming a resilient layer
5. To prolong the life of the asset.

We also offer an installation and maintenance work to our client. With our experiences and assets (High Preassure Washer and Scaffold) able to meet your safety standards and provide returns commensurate to our client

Contact us for any questions and discussions in order to achieve one meaning of "WITH BENEFITS"

Beacon LED Light 5NM Zone 1

Led 155EX is a LED lantern commonly used on offshore and Oil&gas Industry. It a maintenance free, compact and robust in design. Used in Zone 1 and Zone 2.

Spec:
Range up to 8NM.
Red, Greem, White, Yellow.
Low power consumption and suitable for solar operation.
Controller: SABIK LED Flasher.  

CONTACT US FOR MORE DETAILS AND ORDER AT 
Go.marine@gmx.com 
saifulmohdhasmi@gmail.com

----------------------------------------------------------------------------------------------------------------------
 
 GOMARINE LED Marine Lanterns
Spec:
5 Nautical Miles
PC material with good impact protection strength, thermal stability and high transmittence
Bird Spike
International advance cold LED with low consumptioan
Obstruction light last 15 times  longer than traditional light
Cost Saving
Strong Corrosion resistance
Down to Dusk operation: Built-in photocel can let light work automatically at night, closed during the day. 

 

Hot and Cool High Preassure Washer

GOMARINE ENTERPRISE is an agent of distributor for this Hot and Cool High Presure Washer (Waterjet) in Malaysia. We have a variety of model which may suit with your purpose. 

We Introduce and offer you, IDROBASE, artificial Washer High Preassure Italy. Cleaning machines with accessories for professional cleaning. Every product is thoroughly tested and certified for their durability and efficiency. Products, emphasizing quality and safety. This technology is designed with a high safety aspect.

Size rate design is from 150 Bar to 800 Bar (Monster) Tailored accessories industry with appropriate accessories according to requirements. Among the accessories of choice are: -

POM foam kit,
Sand Blasting Kid,
Hose, hose reel,
Nozzle, rotating nozzles,
Hose connector,
Inlet water filter
and others (in the appendix)

  
Do contact us for more details on type of model at Go.marine@gmx.com

Inline of cleaning and maintenance, we do have our services team with intergrated skill and high safety awareness and may helps you get the best returned value. Contact us.

GOMARINE ENTERPRISE

GOMARINE ENTERPRISE is a new breed local company, registered under SSM on October 10th 2012 and hold MOF on November 20th 2012

Gomarine is a supply and install contractor's for Upstream, Downstream, Marine and Safety Equipment from greenfield, brownfield, Zone 1, Zone 2, offshore or onshore. Gomarine is in building of its Maintenance and Construction Team.Gomarine dedicated to provide quality product and services to our costumers, funders and investors. Gomarine believing in "sharing is a gaining" 

 

Our Office:
GOMARINE ENTERPRISE
Lot 118A Jalan Cheras
Batu 9 Cheras
43200 Kajang
Selangor

Our E-mail:
Go.marine@gmx.com