Building covering materials and roofing - Import export

Thickness : 2,5 - 3,5 mm Width : 960 mm Effective Width : 920 mm Purlin spacing : 750 mm Lengths : 2-8 meters

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We’re proud to be continuing the lead-free innovation with Rapid Flash. Replacing traditional lead flashings, Rapid Flash is comprised of our industry-leading rubber flashing cones mounted to the Rapid Flash base which incorporates a cleverly designed mesh encased in a non-toxic rubber polymer. Rapid Flash are love by roofing contractors all over the world, but why? Suitable for all roof profiles - including tile and metal Unique stretchable base allowing for easy dressing Minimal tooling required - very easy to install Market leading sealing system which you can trust UV rated

No ponding or damming! The large base of the Dektite® Diverter dramatically reduces and diverts rainwater back up that can occur on very low or high pitched roofs and deep ribbed roofing profiles. No need to cut around pipes, just quick straight lines for the square base. Two edges of the Dektite Diverter feature our classic Dektite Aluminium strip, whilst the remaining edges are left bare to enable you to cut the width of the flashing to fit your application. Two additional Aluminium strips are supplied to cover the remaining two edges of the flashing, fix with self-tapping screws & silicone.

The unique and patented internal aluminum strip allows the forming of almost any shape to seal and waterproof. Use with butyl mastic sealant and self-drilling screws to seal pipes, ducts, skylights, chimneys, bullnose, and curved roofing profiles. https://www.deks.co.uk/dekstrip

This multifunctional piece works as: ridge, hip and valley in a rooftile system. Is made out of recycled plastic and also has an anchor system that joins piece with piece, hiding all screws on the overlap area.

The Angastiniotes A34 is a standard-fix trapezoidal sheet which can be used for building applications as single skin sheeting and cladding, over clad of an existing roof or part of a built up insulated system. It can be installed both horizontally and vertically. The A34 Trapezoidal profile is best suited for roof pitches greater than 4 degrees. The profile is made up of a series of corrugations, each in the shape of a trapezium, which lap together side to side and end to end, making it very easy to cover varying areas of roof quickly. The profile sheets are typically coated steel, but can also be supplied in aluminium. Fixings are located normally through the 'pan' of the profile, rather than through the corrugation. Sheets can be used as a single sheet (single skin) installation or as an external skin to a built-up roof system.

The Angastiniotes A10 is a standard-fix corrugated sheet which can be used for building applications as single skin sheeting and cladding, over clad of an existing roof or part of a built up insulated system. It can be installed both horizontally and vertically. The A10 Trapezoidal profile is best suited for wall cladding. The profile is made up of a series of corrugations, each in the shape of a trapezium, which lap together side to side and end to end, making it very easy to cover varying areas of roof and wall quickly. The profile sheets are typically coated steel, but can also be supplied in aluminium. Fixings are located normally through the 'pan' of the profile, rather than through the corrugation. Sheets can be used as a single sheet (single skin) installation or as an external skin to a built-up roof system

One of the important factors in separating models such as tunnel greenhouse or pole tunnel greenhouse is the height difference. In the applications made by Lego Greenhouse, greenhouse types that reach a height of 6.00 m under the gutter are seen in order to gain advantage in the air-conditioning of the greenhouse. Tunnel greenhouses are models that can be established with more economical budgets than other greenhouse models in terms of cost. They have a light steel construction structure. Despite their simple structure, they are durable and efficient models. The structure can protect itself in harsh weather conditions by increasing its flexibility with the correct and high quality materials used. The structure and flexibility of tunnel greenhouses, consisting of beams attached to each other, have increased their resistance to adverse weather conditions.

Strawberry is a high-value fruit known all over the world for its flavor, color and nutritional content. Strawberry cultivation can be grown in a wide temperature range. This situation allows strawberry cultivation to be carried out in many different regions. In the production of strawberries made with traditional methods, there is a loss of yield and plant loss due to soil-borne diseases. Soilless greenhouse production has started to be preferred in strawberry production due to the chemicals used to solve soil-borne diseases in the cultivation area, deteriorating the structure of the soil and the production volume lost in this process. With the soilless greenhouse method, significant increases were seen in the production yield and fruit quality. Factors such as climate, growing environment, seedling type, planting frequency, growing system, disease and pest control are the factors that should be known and followed well in order to grow strawberries without soil.

In the cultivation of tomato plants grown in hot and temperate climatic regions, the decrease of climatic conditions to minus degrees may adversely affect its production. Keeping the climate in the greenhouse under control and ensuring its continuity is provided by greenhouse cultivation. Increasing demands and developing agricultural technologies have contributed to the emergence of soilless tomato greenhouses. Tomato, which is the most produced vegetable in soilless agriculture, can be produced for 10 months of the year with soilless agriculture. In hydroponic greenhouses, systems are prepared at a height of 50-60 cm from the ground and a temperature system is established where the ambient temperature will not fall below 11-12 °C throughout the year. It is a production system in which salt level and ph values ​​of tomatoes are made in a controlled manner with an adjustable automatic fertilization system.

Keeping the climate in agriculture under control and ensuring its continuity of the production is provided by greenhouse cultivation. Increasing demands and developing agricultural technologies have contributed to the emergence of soilless agricultural greenhouses. Soilless agriculture, which can be carried out by various methods, provides higher productivity compared to soild greenhouses in terms of cost, but high productivity compared to soild greenhouses in terms of production volume. Plants grown in hydroponic greenhouses take the nutrients from the soil from nutrient alloys. Its popularity is increasing day by day. These advantages cause the increases of the soilless greenhouse preference in lettuce cultivation.The fact that the need for nutrients is low and its consumption is high, the amount of the product obtained is higher than the traditional greenhouses, are the reasons why soilless greenhouses are preferred in the cultivation of lettuce.