Pine timber - also referred to redwood timber, commonly also known under its latin name "Pinus Sylvetris" is the most widely spread in the East European Countries. The tree is generally 30m high with a diameter of about 1m but larger trees may be found on favorable sites.
Big sizes - beams
Thickness - from 100 mm up to 300 mm
Width - from 100 mm up to 300 mm
Length - from 3000 mm up to 5400 mm
Small sizes - beams
Thickness - from 40 mm up to 95 mm
Width - from 60 mm up to 95 mm
Length - from 3000 mm up to 5400 mm
Boards
Big sizes - beams
Thickness - from 20 mm up to 50 mm
Width - from 50 mm up to 200 mm
Length - from 3000 mm up to 5400 mm
The Antimony Is Silver-gray, High Friability At Ambient Temperature.
Obtaining : - From Volatile Dusts And Anodic Sludge From Lead And Zinc Metallurgy.
Use : - As An Alloying Element In Obtaining Tin-based Antifriction Alloys.
- Obtaining The Lead-antimony Alloys Used In The Manufacture Of Automotive Batteries.
Properties : - Silver-gray Color, High Friability At Ambient Temperature.
Material Specification: According To Stas 10262/1975.
Super Grade : Sb 99.95% Min; Pb 0.01% Max; As 0.01% Max.
Silicon Iron Alloy, Having A Silicon Content Of Between 40 And 90%; Typically Contains A Large Amount Of Iron Silicas And 1-2% Calcium. Ferrosiliconand Aluminum.
Obtaining : - By Reducing The Silicon Dioxide (sio2, Natural Mineral = Quartz) At High Temperatures In Electric Furnaces.
Use :
- In The Production Of Alloyed Steels, Silicon Content Ensuring Good Deoxidation, As Well As Preventing The Decarburization Of Molten Steel;
- Added To Gray Cast Iron, Increases Fluidity In Molten State.
Chemical Composition : Si 72 ÷ 80%; Al = 1.5-2.0% Max; P = 0.05% Max; S = 0.04% Max; C = 0.20% Max.
Niobium Iron Alloy, Having A Nickel Content Of 60 To 75%
Obtaining : - Through Metalothermic Reduction Reactions (silicothermia Or Aluminotermia).
Use : - Production Of Special Alloy And Anti-corrosive Alloys.
Fenb 65
Material Specification : According To Sr Iso 5453/1996
Chemical Composition : Nb 60 ÷ 70%; Ta = 0.5% Max; Al = 1.0% Max; Si = 2.5% Max; Ti = 0.4% Max; C = 0.15% Max; P = 0.10% Max; S = 0.05% Max; Sn = 0.10% Max; Co = 0.05% Max.
Iron Molybdenum Alloy Containing Molybdenum Content Between 55 And 75%.
Obtaining : - By Carbon Reduction, But More Often Used In Practice Is The Silicotermic Reduction Method.
Use : - Increasing The Mechanical Properties Of Steels;
- Production Of Special And Anti-corrosive Alloy Steels.
Femo 60
Chemical Composition : Mo 55 ÷ 65%; Si = 1.0% Max; C = 0.10% Max; P = 0.05% Max; S = 0.10% Max; Cu = 0.50% Max.
Granulation : 5 ÷ 50mm; 10 ÷ 50mm; (90% Min).
Packaging : Metal Barrels Of 250 Kg
Femo 70
Chemical Composition : Mo 65 ÷ 75%; Si = 1.5% Max; C = 0.10% Max; P = 0.05% Max; S = 0.10% Max; Cu = 0.50% Max.
Iron Chromium Alloy With Chromium Content Ranging From 45 To 95%.
Obtaining : - By Electrothermia, Reducing The Chromium Oxides By A Complex Scheme In Succession.
Use : - Production Of Special And Anti-corrosive Alloy Steels;
- In The Chemical Industry, Machine Building, Etc;
- Manufacture Of Cutting Tools, Resistant To High Cutting Speeds.
Ferro Carbon With High Fecr60c70
Chemical Composition : Cr 60% Min; C = 6.0 ÷ 8.0%; Si = 1.5% Max; P = 0.030% Max; S = 0.05% Max.
Thanks to the elements it contains, 12.12.12+(12SO3)+Zn helps meet the basic nutrient requirements of plants. It prevents the formation of a creamy layer in the soil. Helps to increase the amount of organic matter in the soil. As it has natural chelating properties, it has a beneficial effect on the soil by dissolving previously used chemical fertilizers. Helps prevent the formation of salts in the soil as it breaks down lime dissolved in water and converts it into calcium. Ensures a high tonnage of quality produce. Especially recommended for beets, sunflowers, cereals, potatoes and orchards.
Due to the elements it contains, 11.11.11+(11SO3)+Zn helps meet the basic nutrient requirements of plants. Prevents the formation of a creamy layer in the soil. Helps to increase the amount of organic matter in the soil. As it has natural chelating properties, promotes plant health by dissolving previously used chemical fertilizers. Helps prevent salt build-up in the soil as it breaks down lime dissolved in water and converts it into calcium. It ensures high tonnage and product quality. Especially recommended for beets, sunflowers, cereals, potatoes and tomatoes.
Due to the elements it contains, 6.16.6+(15SO3)+Zn helps meet the basic nutrient requirements of plants. This fertilizer prevents the formation of a creamy layer in the soil. Helps increase the amount of organic matter in the soil. Helps prevent the formation of soil salinity as it decomposes lime dissolved in water and turns it into calcium. Experience of using this fertilizer guarantees a high tonnage of quality products. It is especially recommended for such crops as tuber crops, sunflowers, grains and vegetables.
Thanks to the high content of elements, it helps to meet the basic nutrient element needs. It helps to prevent the formation of cream layer in the soil. Contributes to increase the amount of organic matter in the soil. It helps to obtain high tonnage and quality products. It contributes to increase sugar beet polar value. It is especially recommended for use in beet and fruit gardens.
Thanks to the elements it contains, it helps to meet the basic nutrient element needs of the plant. It helps to prevent the formation of cream layer in the soil. Contributes to increase the amount of organic matter in the soil. It helps to obtain high tonnage and quality products. It is especially recommended for products such as beetroot, sunflowers, cereals and potatoes.
Thanks to the elements it contains, it helps to meet the basic nutrient element needs of the plant. It helps to prevent the formation of cream layer in the soil. Contributes to increase the amount of organic matter in the soil. Since it has natural chelating properties, it contributes to the plant by dissolving the previously used chemical fertilizers. 10.10.10+(15SO3)+Zn helps to prevent the formation of salinity in the soil as it breaks down the lime dissolved in water and converts it into calcium. It helps to obtain high tonnage and quality products. It is especially recommended for beetroot, sunflowers, cereals and industrial plants.
Due to the elements it contains, 15.5.5+(20SO3)+Zn helps meet the basic nutrient requirements of plants. Prevents the formation of a creamy layer in the soil. Increases the amount of organic matter in the soil. As it has natural chelating properties, helps improve plant health by dissolving previously used chemical fertilizers. Helps prevent the formation of salts in the soil as it breaks down the lime dissolved in the water and converts it into calcium. The experience of using this fertiliser ensures high tonnage and quality products. It is particularly recommended for products such as beets, sunflowers, cereals and potatoes.
Thanks to the elements it contains, it satisfies the basic nutrient requirements of plants. It helps prevent the formation of a creamy layer in the soil. Helps to increase the amount of organic matter in the soil. Expert data after using 12.15.5+(15SO3)+Zn shows an increase in tonnage, quality and polar-brix index. Especially recommended for use in sugar beet, sunflower, cereals and potato production.
Thanks to the elements it contains, it helps to meet the basic nutrient element needs of the plant. It helps to prevent the formation of cream layer in the soil. Contributes to increase the amount of organic matter in the soil. Since it has natural chelating properties, it contributes to the plant by dissolving the previously used chemical fertilisers. It helps to prevent the formation of salinity in the soil as it breaks down the lime dissolved in water and converts it into calcium. It helps to obtain high tonnage and quality products. It is especially recommended for products such as beetroot, sunflower, cereals and potatoes.
It helps to enrich the soil in terms of basic elements by meeting the nitrogen and phosphorus needs of the soil. Thanks to its phosphorus and zinc content, it contributes to better rooting of the plant. It helps to increase tillering in crops. It helps the product to develop fast. It helps to obtain abundant product by making the spike grains larger and fuller. It helps to accelerate the macro and micro element intake by lowering the sulfur soil pH. Recommended for wheat, maize, cotton and cereals.
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