The ease of applying
Silcor® 900HA liquid waterproofing will save you time, without sacrificing the integrity of the structure. It's fast-curing and foot-trafficable within 2 hours. The cold-applied formula requires no kettles, flames nor propane, and no additional protection against mechanical damage, in normal conditions.
The elastometric design of the
Silcor® accommodates movements and bridges concrete shrinkage cracks, for continuous waterproofing integrity. Easy detailing. No reinforcement needed. Virtually odorless.
Hand-applied, at wide temperature and humidity ranges, for maximum coverage per day.
Fast cure property speeds up construction cycle.
Reduced failure risks
Fully-bonded waterproofing reduces risks of leakage.
Metallic drums and pails are often used as packaging for transporting industrial goods and food products. DAREX® drum and pail compounds are used to seal the seam channels of double- or triple-seam steel drums and pails. Many drums and pails are also constructed with an open-top or lid, not seamed, but crimped onto the package. DAREX® Cover Compounds are used to form a seal with the crimped open-top or closing-ring of metal, plastic drum and pail packages.
The Importance of the Sealing Compounds
The hermetic seal performs the following functions:
- Keeps micro-organisms out of the package, probably its most important function;
- Prevents seepage of the pack from the drum or pail;
- Prevents leakage of liquids or vapors into or out of the drums or pails;
- Maintains the desired vacuum or pressure inside
DAREX® sealing compounds meet the needs of the pack
Sealing compounds of high quality must be used after consideration of the requirements of the pack. The proper type, amount and placement of the compounds are required to obtain maximum sealing efficiency, and resistance to leakage caused by abuse of the body and the end in the double or triple seam area.
Optimal Sealants for Different Sealing Technologies
Double or triple seam applications
DAREX® Drum and Pail Compounds are latex dispersions delivered in a liquid form for application. They are typically dried or cured prior to seaming. In some cases, the product may also be applied wet during the seaming operation. The gasket must be properly compressed during the seaming operation. The compressive force results in controlled movement of the gasket, filling the voids resulting from double or triple seam construction. Compound placement in the seam provides robustness and abuse resistance during container transportation.
DAREX® Cover Compounds utilize two different technologies: Latex dispersion for water-based compounds or PVC dispersions for plastisol compounds; both of them are used for open-top metal covers. DAREX® water-based cover compounds utilize a two component system to create a "puffed" gasket with cell structure to fill large channels in some covers and lids. DAREX® Plastisol Cover Compounds utilize a single component, PVC-resin-based technology. Both water-based and PVC cover compound technologies rely upon proper compression of the gasket during the crimping operation to fill the voids in the cover assembly. DAREX® Cover Compounds are delivered in a liquid form for application and in most segments are cured prior to crimping.
DAREX® products are specially formulated to have good chemical resistance to a wide variety of aggressive packs. The excellent performance of DAREX® compounds in contact with different oils or solvents is largely due to the tendency of the compounds to swell slightly in the presence of these packs, providing additional assurance that any leakage path is filled. DAREX® products do not become brittle when dried. They retain their rubbery, elastic characteristic providing abuse resistance and sealing integrity to the package during handling and transportation of the drum or pail.
In order to get the optimum sealing properties, several considerations have to be taken. The first criteria is to match the selection of the compound with the product that is being packed. Then proper storage and compound conditioning prior to application are important. Compound application (placement, volume, film weight and appearance) and correct drying and curing with the right compression of the gasket will provide the best hermetic seal.
GCP Applied Technologies supplies a complete range of thermoplastic-elastomer and PVC-free
closure sealants to meet the sealing requirements of the closure industry. PVC-free
closure sealants provide a sealing gasket for crowns, twist-off crowns, roll-on aluminum closures or plastic caps. They also seal bottles and jars for beverages, like beer, champagne, carbonated soft drinks, fruit juice, mineral water, etc.
For humans, oxygen is life, but it's death for beverages
Beer. Juice. Tea. Sports drinks. Once they’re bottled, they’re ready to be delivered fresh to the consumer, right?
Oxygen goes right to work, destroying the freshness and taste of the beverage, from the minute the cap is sealed. Oxygen can get trapped in a bottle’s headspace, dissolve into the beverage itself, or enter through the packaging. Even low levels of oxidation can result in stale beer, sour juice or spoiled tea. All of this leads to returned bottles, unhappy customers and a negative perception of the beverage product.
Freshness vs. oxidation: Make sure freshness wins
It’s a fact. Oxidation will occur unless you take steps to prevent it. Barrier bottles and sealants alone won’t work. The oxygen-scavenging
Celox® closure sealant keeps oxygen-sensitive beverages fresh, preserves their taste, reduces returns and protects the beverage brand.
GCP Applied Technologies Inc. announced today that it has completed the acquisition of Halex Corporation for $47 million. Halex is a supplier of flooring products with annual net sales of approximately $45 million, and is best recognized for its proprietary VersaShield® rolled moisture barrier flooring membrane.
VersaShield protects flooring from moisture and alkalinity-related damage, and its membrane is highly regarded in the industry for its strong performance, and ease and speed of installation. Halex is also known for its ORCON® seam tapes and other accessory flooring installation products.
"Our plan to build on the success of the VersaShield product line fits well with our broader goal of creating new product categories that change the way the industry approaches building protection solutions," said GCP President and CEO, Gregory E. Poling. "Providing customers with differentiated products for interior environments opens new growth opportunities in the building envelope."
"Halex is a great fit for GCP because it offers high-performance products that allow us to fully leverage our existing sales and distribution channels. The company also shares our emphasis on providing a high-touch customer service model, coupled with technical service capabilities required to support specifiers and owners," said Zain Mahmood, President of GCP’s Specialty Building Materials business.
"GCP is known for our exterior building products, like Preprufe® membranes, Ice & Water Shield® underlayments, and, more recently, Silcor® liquid waterproofing. Adding an interior moisture barrier offering is a natural extension to our product range," said Mahmood. He went on to add that "our products are used for specialty applications in both new construction and renovation projects, including commercial, residential, and infrastructure. Halex’s product application focus will allow us to increase our penetration into the repair and renovation segments."
Halex Corporation has three North American sites located in Ontario, California, Calhoun, Georgia and Bensalem, Pennsylvania.
Don't miss GCP Applied Technologies' Ice & Water Shield® self-adhered roofing underlayment and latest residential building envelope innovation, Vycor® enV-S™ self-adhered weather resistive barrier, on the renovation of the This Old House® Arts & Crafts project airing Thursday, Nov. 10 (check local listings).
"We are proud to work with the This Old House crew on another unique home project," said Sonya Santos, Director of Marketing for GCP’s Residential Building Materials business. "It is one of our greatest honors to have our Ice & Water Shield®, which has been trusted for nearly 40 years, used by such a highly trusted brand and team of respected home renovation experts."
The new This Old House® episodes feature the renovation of an Arts & Crafts home in Arlington, Massachusetts. Original Ice & Water Shield®, was used on the roof of the Arlington home to protect it from extreme weather such as wind-driven rain and ice dams. The underlayment seals around the fasteners used to attach the shingles, which helps prevent water build up from leaking into the house. Ice & Water Shield® also sticks to the roof deck so that water may not travel under the underlayment and enter the house via a vulnerable roof deck joint. The episode that includes Ice & Water Shield® is titled “To Paint of Not to Paint, number 1507/3607 and airs on PBS beginning November 10, 2016.
"The This Old House crew also selected our advanced weather barrier, Vycor® enV-S™, an advanced alternative to house wrap. This weather resistive barrier represents the latest in residential building science to create an air-tight, yet breathable home, and achieve the highest product performance available," Santos said.
The well-respected Oak Ridge National Lab tested and evaluated the annual savings potential of Vycor® enV-S™ membrane compared to traditional house wrap. Vycor® enV-S™ weather resistive barrier boasts an air leakage rate seven times lower than the leading house wrap brand. The Oak Ridge Lab also found that using this new and advanced membrane can provide significant energy savings for homeowners in all regions of the United States.
Ice & Water Shield®: Water drips from GCP Applied Technologies on Vimeo.
Water not only drips; it downpours.
When water forms icicles on a roof, that's usually an indication of an ice dam, where liquid water collects behind an ice wall. Warmer water from higher up on the roof feeds this ice dam as it melts down to the lower, colder section. From here, the liquid water can find cracks and openings in the exterior roof.
Water drips in, unless the roof is equipped with original Ice & Water Shield®, invented by GCP Applied Technologies in 1978. Forming a direct adhesion to the roof deck and itself, Grace Ice & Water Shield® protects the roof from damage caused by Mother Nature.
When #MotherNatureIs an ice dam, rest assured the roof is safe with Grace Ice & Water Shield®.
Ice & Water Shield®: Water runs from GCP Applied Technologies on Vimeo.
By its very nature, water runs. Water drips. The drips can freeze. If there is a way into your roof, water will find it.
Wind-driven rain, for example, can seep under your shingles, into holes in your roof.
Water runs and it never stops…
Avoid damage caused by Mother Nature. Protect the roof from relentless water.
Grace Ice & Water Shield® original self-adhered roofing underlayment sticks directly to the deck, sticks to itself to form watertight laps and wraps tightly around roofing fasteners for an impenetrable seal against Mother Nature.
Unlike conventional liquid membranes,
Silcor® is extremely durable with excellent wear and chemical resistance. It normally requires no additional protection against mechanical damage. It's virtually odorless and fast-curing for foot traffic within two hours of application.
Silcor® also works extremely well in concert with other waterproofing products within the building envelope system. The
Silcor® advantages are many…
Protects the structure from movement and load stresses.
System ensures compatibility with other GCP building envelope products.
Reduced maintenance cost
Durable under service conditions such as high temperature, UV exposure, heavy rain and chemical attack.
Expert technical advice
System comes backed by reputable technical expertise within the industry.
The option of skid-resistant finish guards against skid hazards, cracks and uneven finishing.
Design flexibility & aesthetics
Top coat color choices and seamless application offer improved design aesthetics.
The need for synthetic
macro fibers in concrete reinforcement came from customers, GCP Applied Technologies Director of Concrete Research Dr. Alex Reider said. Customers wanted the toughness of steel fibers, but without any of the disadvantages like corrosion.
- Faster and safer construction
- Lightweight reinforcement
- Superior crack control
- Enhanced durability
"The main weakness of concrete is its brittlenesss," Dr. Reider said. "It's very strong in compression, but once it cracks, you've lost everything. Concrete's like glass—very strong until the point of fracture. Then, you have two pieces."
Not so when STRUX® are added to the mix. After concrete cracks, the structure maintains because the
macro fibers bridge that crack.
STRUX® lightweight macro fibers, which are more durable and more efficient than steel alternatives, provide superior post-crack control. Even after a fracture, the concrete structure can still bear some load.
STRUX® macro synthetic fibers are a key component of the TYTRO® Shotcrete System.
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