Recycling - Import export

Recycled stretch film is a packaging material made from recycled materials, making it more environmentally friendly. The main application of this film is associated with manual packaging, where the use of primary stretch film is not required and there is no need for increased rigidity. Features of recycled stretch film: Eco-Friendly Material: Recycling the materials used to produce this film reduces the negative impact on the environment as reusing the material reduces the need for new resources. Ease of use: Recycled stretch film has good elasticity and adhesiveness, which ensures simplicity and reliability of the packaging process. Application in various industries: Recycled stretch film can be used in various industries, such as logistics, retail, warehousing and others, where reliable packaging of goods is required without the use of virgin film.

Do you want to ensure safe storage and reliable transportation of your components, mechanisms, as well as other goods and products? Looking for a durable and cost-effective packaging solution? We offer you the opportunity to purchase recycled polyethylene film produced on our own equipment. In addition, we provide delivery services both in Minsk and throughout Belarus. Here are the key features of this material: Material Origin: Recycled film is made from recycled polyethylene waste that goes through a series of processes including washing and remelting. This gives the material certain visual characteristics, such as inclusions, slight irregularities, and a somewhat less transparent tint with a slight grayish tint, as well as a specific odor.

Considering its strategical location (at 100km from the port of Antwerp (B), at 200km from Rotterdam (NL) and at 200km of Le Havre (F)) and the logistic platform, Matco is perfectly situated for the storage and transhipment of products for the chemical and textile industries. At the end of 2006 Matco initiated a very ambitious investment programme on production capacity and storage capacity. Matco disposes of 11,000m² whereof a 6,000m² warehouse and a 3,000m² production hall. The company has all required licences in accordance with the strictest environment, health and safety regulations.

Matco contributes to the circular economy by processing every waste stream into new raw material, or by converting it in energy, as well as in its own installations as through external processing sites. Matco offers you a full package when it comes to waste management. We arrange everything when it comes to waste and waste processing in a durable way, for all waste products, even in small quantities. We offer a customised total solution for the collection, processing, treatment, cleaning and transport of waste products.

Over 30 years ago, in a time when ecology was unknown to general industry, this activity established one of the first full service departments of Matco nv. Since its beginning, Matco chose to apply circular economy and the cradle-to-cradle principle, even long before these terms were even invented. All those years of experience taught us to offer ready-made solutions within the multitude of chemical industries, in order to ensure recuperation and valorisation of ‘problematic’ cases. This way, an adequate answer can quickly be given to every industrial branch, within the wide variety in chemistry.

We offer standard EPS recycling machines and equipment with good quality and competitive prices. Our range of EPS recycling machinery is as follows: * EPS crusher and grinder * EPS deduster - dust collection unit with scrap silo and dust filters * EPS scrap mixing unit with scrap and fresh material silos * EPS scrap silo (half fabric, half metal or fully metal) * Options for material transfer and handling system with or without automation For more information about our products and services, please visit www.estechtic.net. You can send your inquiries to fr@estechtic.net.

Coating colour recycling at paper and cardboard industries During the production of coated paper, it has to be cleaned with water and so, waste water results with pigments of the coating color. Because of their properties, exisiting precipitation plants are working hard on these types of waste waters. Alternatively to precipitation plants, membrane filtration technologies can be used to recover these high-value coating pigments. For that, the water with coating color pigments is circulated through the membrane plant until the required concentration is reached. The permeate is free of particles the CSB value is reduced significantly. It can know be handled by the precipitation plant, which is relief by the removing of the pigments. The concentrate with coating color pigments will be recirculated into the production process. Advantages: Reduction of coating color and pigments consumption Reduction of solid amounts in the waste water, which means reduction of operation costs

Scrap and waste of heat-resistant steels alloyed with chromium, or chromium and titanium.

High strength and high-alloy structural maraging steel scrap. It is used in production of high pressure equipment, in manufacture of rocket motor casings, heavy-loaded critical parts, aircraft, shafts, casings and other parts, fasteners, gear transmissions of engines for artillery, machine guns and submarines, etc. Chemical composition: Ni 17,7% — 19,00% Cr < 0,1% Cо < 8,5% — 9,5% Mo <4.6% - 5.5% Fe - balance

Scrap and waste of heat-resistant chromium-nickel steels with a high content of chromium and nickel

Scrap and waste of double-layer steels, which are graded as "alloyed" according to the average chemical composition.

Scrap and waste of corrosion-resistant and heat-resistant steels alloyed with chromium and nickel and their combinations with silicon, manganese and titanium, aluminium and other alements except for molybdenum, tungsten, niobium and boron.

Scrap and waste of corrosion-resistant steels alloyed with chromium, nickel, molybdenum and their combinations with titanium, aluminum and other elements, except tungsten and boron. Steel grade: 08Х21Н6М2Т (0Х21Н6М2Т, ЭП54), 45Х22Н4М3 (ЭП48), 10Х17Н5М2 (Х17Н5М2, ЭП405), 08Х17Н5М3 (ЭИ925, СН-3), 0Х16Н7М2Ю (ЭП294), Х35Н7ЮМ2

Scrap and waste of corrosion-resistant steels alloyed with chromium, nickel and molybdenum, and their combinations with titanium and other elements, except tungsten and boron

Scrap and waste of corrosion-resistant steels alloyed with chromium and nickel and their combinations with silicon, manganese and titanium, except for molybdenum, tungsten, niobium and boron.

High-speed tool steel Application: All types of cutting tools used to process carbon alloy structural steels, mainly threading tools and tools operating with impact loads.

High-speed tool steel. Application: All types of cutting tools used to process carbon alloy structural steels.

High-speed tool steel. Application: All types of cutting tools used to process carbon alloy structural steels.

Scrap and waste of double-layer steels, which are graded as "alloyed" according to the average chemical composition.

Scrap and waste of double-layer steels, which are graded as "alloyed" according to the average chemical composition.

Scrap and waste of structural steels alloyed with nickel and molybdenum, and their combinations with chromium, silicon, manganese and other elements, except tungsten.

Scrap and waste of structural steels alloyed with chromium and nickel, with high content of tungsten and molybdenum (one part of molybdenum replaces three parts of tungsten). The total content of molybdenum and tungsten is 0.8% – 1.2%.

Scrap and waste of steels alloyed with chromium, nickel, molybdenum, vanadium and copper.

Structural steel scrap alloyed with chromium, nickel and molybdenum.

Alloy scrap with high magnetic permeability (soft magnetic alloys). It is used in production of cores for small-sized transformers, chokes and relays operating in weak fields of magnetic shields. Scrap with small thickness (0.05-0.02 mm) is used in production of cores of pulse transformers, magnetic amplifiers and static relays.Chemical composition: Ni 78,5% — 80% Mn 0,6% — 1,1% If 0.3% - 0.5% C < 0.3% Mo 3.8% - 4.1% Fe = balance GOST 10994-74 Precision alloys. Grades.

Scrap and waste of heat-resistant chromium-nickel steels with a high content of chromium and nickel

Tungsten has a high density, which makes it convenient for ionizing radiation shielding. Despite the higher density compared to traditional and cheaper lead, tungsten shielding is less heavy with equal shielding properties, and more effective if the weight is the same. Tungsten is a very refractory and hard metal, which makes it difficult to process. Therefore, more ductile tungsten alloys with nickel, iron, copper, etc. are used. Cr 16.0%-18.0% We buy alloys of the following grades: VN/VNZh alloys (category: Tungsten 12) (W - 80 - 90% Ni - 5 - 10% Fe - 1- 3%) VD alloys (W - 70 - 80% Cu - 20 - 30%)