Hockey Technologie information
The bestseller symbol for a product shows you that it is a bestseller, that is, a product that we sell very often in the price class. We will test the products in detail and evaluate them with our team in order to give you the best possible recommendations in hockey equipment. Who would like to order a hockey complete equipment, should best put together his products. If your selected ice hockey equipment also has an additional icon "our tip" or "pro-tip", you make everything right.
When polyester is labeled 600D, it is a reference to the denier or fineness of the material's fiber. Denier is used to evaluate nylon, silk, polyester and some other artificial fibers. The denier number refers to the weight in grams of 9,000 meters of the fiber in question.
Fibers with lower denier numbers are more fine than those with high numbers, and fibers with higher numbers are stronger. However, it is not possible to measure denier across fabrics. In other words, while a 600D polyester fabric is stronger than a 450D polyester fabric, it is not as strong as a 450D nylon fabric, because nylon is inherently a stronger fiber than polyester.
From Wikipedia, the free encyclopedia
In ice hockey, "Butterfly style" is a technique of goaltending distinguished by the goaltender guarding the lower part of the net by dropping to the knees to block attempts to score. The Butterfly style derives its name from the resemblance of the spread goal pads and hands to a Butterfly's wings. The Butterfly style is contrasted with stand-up style, where most shots on a goal are stopped with the goaltender on his or her feet. Many factors helped make it a de facto standard style of play today, including the popularization of the goalie mask by Jacques Plante, Vladislav Tretiak's outstanding use of the style at the 1972 Canada–USSR Summit Series, the National Hockey League (NHL) emergence of Tony Esposito in the 1970s and Patrick Roy in the 1980s, the development of lightweight materials for pads and the influence of professional goaltending coaches such as Warren Strelow, Benoit and François Allaire. There are few who exclusively employ a stand-up style in the NHL.1
Although it is effective and popular among goaltenders, the Butterfly style can leave the upper portion of the net more vulnerable to scoring attempts. The modern "profly" derivative was made most popular by Roy and is the style most commonly used and taught.2
XRD® Extreme Impact
How does XRD® Extreme Impact Protection Work?
Like all PORON® microcellular products, XRD® Technology is open cell, breathable and is easily customized and incorporated in a variety of designs. The XRD® protection difference is especially apparent at high speed impact. The soft contouring material instantly dissipates force upon impact – absorbing up to 90% of energy at high speed impact.*
XRD® Material gets its softness when at rest while above the “glass transition temperature” (Tg) of the urethane molecules. When stressed at a high rate or impacted quickly, the Tg of the material reaches the point when the urethane momentarily "freezes" - like water freezing into ice. When this happens, the material firms to form a comfortable protective shell that shields the body from impact better than other protective foams currently available. On the measure that matters most – absorbing more impact energy at higher speeds – we kill the competition. Need we say more?
Watch all the videos on the PORON® Cushioning YouTube Channel.
XRD® Technology is all about action – and impact! We want to show you how XRD Extreme Impact Protection works. ..from the lab to the streets, slopes, top of buildings and everywhere in between. Join our mailing list or follow us on Facebook to get updates on the latest videos and new product launches.
We’d love to hear your ideas for the next XRD Extreme Impact Demo or help share the news of a video you’ve made. Let us know!
Concrete Proof! XRD® Technology Offers the Best Multi-Impact Protection!
CREATE YOUR MOST EXPLOSIVE STRIDE EVER
Customize your tongue and tendon guard with removable inserts for FULL, MID, or STIFF range
of motion and create your most explosive stride ever.
D3O SMART MATERIALS
D3O uses unique patented and proprietary technologies to make rate-sensitive, soft, flexible materials with high shock absorbing properties. Each material grade has been tuned to deliver specific performance properties. D3O offers an extensive material portfolio compatible with many different production processes.
D3O® technologies are based on non-Newtonian principles; in its raw form, the material’s molecules flow freely, allowing it to be soft and flexible, but on impact, lock together to dissipate impact energy and reduce transmitted force.
D3O TEST LAB
As a premium brand and innovator of impact protection and shock absorption solutions, D3O’s in-house testing lab demonstrates the company’s continued commitment to quality, performance, safety and technological leadership.
The D3O in-house lab conducts a wide range of tests and services including material characterisation tests, impact tests and helmet tests (European and NOCSAE Standards).
Fully equipped to analyse materials and products throughout the development process, the D3O test lab has an extended list of the most advanced equipment and procedures to ensure quality, reliability and tractability of data.
D3O’s material scientists carefully tune unique polymer blends to achieve specific properties to the final application such as temperature stability, abrasion resistance or flexibility.
D3O’s extensive material portfolio includes a wide range of grades compatible with different production processes. Each formulation is developed to meet the specific needs of diverse marketplaces and a wide range of product applications.
THE D3O DIFFERENCE
D3O makes trusted, high performance, quality shock absorbing solutions for its global partners. A Private Equity backed company, D3O headquarters and global innovation centre is located in South London, UK, with operating bases in North America and the Far East.
D3O® technologies protect in some of the toughest testing grounds and arenas around the world, from professional athletes to Moto GP riders, oil rig workers and the US Special Forces.
- Trusted ingredient technologies for impact protection
- Superior protection solutions for global brands
- Advanced polymer chemistry ensures unmatched performance
- Unique patented and proprietary technologies
- Specialist product design ensures fit-for-purpose protection
- Proven protection that exceeds industry standards
- Award-winning technology company
37.5 Technologie Information
What It is
The most demanding outdoor apparel and footwear brands in the world rely on 37.5® Technology to make their products perform better. 37.5 active particle technology captures and releases moisture Vapor to maintain the optimum relative humidity in your microclimate, which helps your body more efficiently maintain an ideal core temperature. The result? Increased comfort and enhanced performance.
Fabrics with 37.5TM Technology
In fabrics with 37.5 technology, patented active particles permanently embedded at the fiber level capture and release moisture Vapor. Not only do these active particles provide 800% more surface area to the fiber, they also provide a unique driving force to remove moisture Vapor unlike any other technology. By actively responding to body heat, the particles use this energy from the body to accelerate the Vapor movement and speed up the conversion of liquid to Vapor, significantly increasing drying rates. This means the hotter the user gets, the stronger the driving force removing moisture becomes—and the more comfortable the garment remains.
Cocona fabrics work brilliantly alone, but the performance gets even better when layered—the whole is truly greater than the sum of its parts. When base layer, mid layer, and outer layer are all made with 37.5 technology, each layer actively works together to create accelerated drying of the entire system.
A wide range of fabrics are made with 37.5 technology, and more are being created every season. Our mill partners currently offer fabrics with 37.5 technology in the following constructions:
- Natural fibers such as Merino wool, cotton, Tencel®, etc.
- Synthetic Knit Fabrics
- Fleece and Softshell Fabrics
- Woven Fabrics
- Footwear fabrics
- Glove insert fabrics
Breathable Waterproof Laminate Fabrics with 37.5TM Technology
Our extremely breathable polyurethane laminate fabrics with 37.5 technology have excellent moisture Vapor transmission rates (MVTR) for high-performance use in outerwear, footwear, and gloves. Available in 2.5 layer and the world’s first 3.5 layer, each laminate component is optimized for highest breathability while maintaining waterproofness. We use a proprietary high-MVTR hydrophilic membrane, adhesive that’s optimized for high MVTR while maintaining durability, and a finish print with patented 37.5 active particles that use body heat to speed evaporation so you stay dry and comfortable. The result: innovative laminate fabrics that move moisture to keep you dry on the inside as well as the outside.
Insulation with 37.5TM Technology
Other insulations cannot differentiate between blocking heat transfer and blocking moisture transfer so in the process of trapping heat efficiently, they also trap moisture to create a clammy microclimate. This can limit performance due to overheating and create hazardous situations when temperatures drop during periods of rest. 37.5 Insulation solves that problem.
By managing moisture in your microclimate, 37.5 Insulation works in a wider range of situations. Without overheating caused by humidity buildup, there is no need to remove layers to cool down or dry off. You experience a new level of comfort through a wider range of activity level and temperature fluctuations.
By using our 37.5 Insulation in conjunction with 37.5 lining, the benefits of the technology increase greatly.
37.5 INSULATION PRODUCTS:
- 37.5 Insulation System comprised of 40g, 60g, 100g, or 160g fiber insulation and 37.5 active-particle technology taffeta lining with 37.5 active-particle technology as a print or as a yarn construction.
- Cocona insulation with 37.5 active-particle technology in 60g, 100g, and 160g weights