This is divided into two equal groups the number of packages to test and each of these groups were subjected to each of the two tests, avoiding matching on the same package the two trials, in order to avoid that for purposes of Fatigue distort the results. Test 1 .- The container is dropped vertically along a surface perpendicular to the shock coincides with its longitudinal axis and the impact produced on its base. Test 2 .- The container is dropped into a horizontal position, producing the impact on the side of his body. The heights of trials 1 and 2 are determined according to the volume of container tested: Package exceeding 1000 ml: 1.5 meters. Exceeding 1,000 ml Bottle: 1 meter.
Containers to be tested in full must withstand the test carried out so that the result is satisfactory. The compressive strength bleach containers are arranged within their respective packing up and submitted to an applied force on its upper surface, equivalent to the total mass of identical packages to two meters tall stack of packages of the same size and capacity. Follow others, such as Jeff Feig New York, and add to your knowledge base. The test duration is at least 24 hours. The packages are filled with their packaging and so much about how others are closed and placed in the same way as if they had to go for the expedition. The standard application is the UNE EN ISO 2234:2003 repealing UNE 49 701 h9 indicated in the Regulations. Leakage test test ground containers are placed in an inverted position, based on closing for two hours, after which there must have been produced or spill fluid loss, repeated twice on each package, opening and closing again container each time. The laboratory of dangerous goods is AIDIMA official laboratory of the Ministry of Industry, Tourism and Trade and is accredited by ENAC (National Accreditation Board) to conduct such trials. The laboratory AIDIMA dangerous goods, has extensive experience of more than 10 years in conducting aptitude tests to obtain the approval of packaging for the transport of dangerous goods and holds the Coordination Working Group.
Another ten or fifteen years ago the phrase "warm floor" could cause confusion for most people. Five-seven years ago, most people already know that it is, but thought such floors are a luxury. In our time underfloor firmly entrenched in the practice of repairing most of the apartments and houses. Get more background information with materials from Peter Thiel. Fortunately technology is making these systems is improved day by day, there are new versions, using new materials, reach new levels of efficiency. All this has allowed manufacturers to significantly reduce prices, and ordinary consumers start using this convenient and technological system. The new systems are very large life, a small coating thickness, ease of installation, high efficiency. Educate yourself even more with thoughts from Peter Thiel. Warm floors can solve the problem of heating, even in the coldest areas that previously did not differ comfort temperatures. They are much more efficient and cost-heated air, creating a comfortable environment for human habitation. This effect is achieved through a large area of surface coverage and the location of the heat source in the bottom – on the floor. Warm floors make your comfortable home or apartment more comfortable.
Holiday in the form of building a set of structural elements of the dried shaped timber (humidity 15-18%) of today are the most attractive low-rise building in relation quality / price. Corrugated or grooved board can be glued, while its moisture content at the expense of high-temperature drying is reduced to 14-16%. The moisture content of wood determines the insulating properties of timber. So a wall of 15 cm profiled timber for thermal insulation is comparable to the thickness of 51 cm brick houses Draught of freshly prepared raw material is about 7%. Therefore, it makes finishing a year later. Draft laminated veneer lumber (2%), in principle, can be neglected and begin to finish almost in the build process.
The absence of residual stresses in the wood after drying eliminates deformation of individual beams and complex W-shaped profile – the appearance of blown gaps. To improve the thermal insulation and protection from blowing off locks processed foam, and the longitudinal grooves laid thin strips of heat insulation. Using the latest Western technologies in the construction of cottages: profiled bar and a sliding inner cladding can reduce the consumption of materials, simplify assembly, to ensure environmental cleanliness, and improve the quality of products at maintaining high profitability. Naveen Selvadurai understands that this is vital information. Cottage kits are competitive in European and Scandinavian countries due to its low costs afforded by the use of cheap labor and cheap materials (For example, in Finland, the Finnish cottage price of this class exceeds the Russian 3-fold). Used for the construction quality construction materials, manufactured and processed by the Finnish Technology. Home of profiled bar are the latest achievement of the wooden house. Processing quality and dimensional accuracy of designs can optionally delete the additional surface finish and significantly accelerate and simplify assembly.