Manufacturing process - Import export

Sustainable Denim We love denim but we love our planet more , because of this reason we are working on the sustainable denim production methods and innovations. We are blending our experience with chemical and machinery companies to develop new green manufacturing methods. Cradle to Cradle principles are guiding denim industry for the sustainable and green denim manufacturing processes. https//www.c2ccertified.org/getcertified/productcertification Waterless Indigo Dyeing Waterless Finishing Processes Biodegradable fibers Recycled Denim Post Consumer Waste Recycled Polyester Caustic Recovery, Circular economy

A company with a global presence cannot operate without paying the utmost attention to the safety of its staff and visitors, the protection of the environment and the sustainability of the entire manufacturing process. The focus on health, safety and the environment has always been and will always be a priority within our company. Activities such as risk assessment, measuring HSE performance, etc. are routine for us. In 2019, M.E.G.A. S.p.A. received ISO 140012015 certification for its environmental management system.

Manufacturing process of Metal Sleeve with specially rolling-plasticity processing.

deep drilling manufacturing process of turning parts different types of material. steel, alu, brass, plastic

Patelec is the perfect global partner for your company: we offer a full range of cordsets in terms of customer final applications and world homologation to support our customers export, serving different plants located worldwide, with a full control of the manufacturing process and the quality system.

Our Organic Hemp seed oil is manufactured from varieties of Cannabis sativa that do not contain significant amounts of THC, the psychoactive element present in the cannabis plant. This manufacturing process typically includes cleaning the seed to 99.99% before pressing the oil

Quick Dip is an anti-sticking and glazing agent for flavored fruit strings and extruded licorice products. This releasing agent for extruded mogul products prevents the products from sticking together during the manufacturing process and in packaging. It creates a homogeneous shine on the product surface while protecting it against drying up. Quick Dip is based on an alcohol and an oil component and is available in different variants. Shellac-free quality Based on ethanol or isopropanol

We support your manufacturing with our polarised light camera and analytical software. We film production issues of transparent material (vials, blisters, glass items, foils) with polarized light. Defects, scratches, flaws, residual tensions brought in during manufacturing become visible. Hence, they can be corrected and improved. You receive an improved manufacturing process, with higher quality and higher capacity.

We have a skilled quality control team and a laboratory that enables us to carry out trials and tests to ensure the quality of raw materials and finished products. As soon as we receive the raw materials, we carry out the necessary tests to ensure that they comply with the specifications provided by the suppliers. Monitoring and controlling the manufacturing process Ensuring traceability of manufactured products Ensuring that finished products comply with CTRA standards and/or customer specifications by carrying out various in-process checks. Non-destructive testing Visual / Dimensional Polymerisation Destructive testing Calcination test (loss on ignition) > in-house Peel test (separation) > in-house Tensile test > carried out by an approved external body Bending test > carried out by an approved external body

We manufacture bushings using either bending technology or stamping technology. This production type provides a cost-effective alternative to other time- and material-consuming manufacturing processes.

- Preparation and drafting of ISO 22716-compliance plans - Research into laboratory equipment, manufacturing processes and packaging with the preparation of a budget - Choice of suppliers according to safety standards and budgetary constraints - Assistance with the launch of activities - Definition of employee profiles

Gears are found in numerous applications, from simple mechanisms to complex systems such industrial machinery. The manufacturing process of gears involves several critical steps and considerations. Novelty Structures supplies various kinds of gears for a variety of applications.

Manufacturing Process CNC Machining & Injection Molding Virgin PEEK Properties Polyetheretherketone (PEEK) is a high-performance, engineering thermoplastic characterized by an unusual combination of properties. These properties range from high temperature performance to mechanical strength and excellent chemical resistance.

It is a stick-type jelly that can be easily consumed and contains 36mg of PGA, which is known to help promote calcium absorption. Contains low molecular fish collagen with good absorption of 300 Da or less, vitamin C, and elastin. It was produced with a reliable manufacturing process with a HACCP certified system. - 1 piece : 20g x 30 stick - 1 carton box : 16 pieces

Aluminum processing is a process that requires precision, expert personnel and technologically advanced machinery. Aluminum has many properties that make it the ideal material for a variety of manufacturing processes, including its light weight, strength and versatility. However, the process of transforming aluminum into finished products requires specialist knowledge and skills. From casting to extrusion, rolling to forging, each stage of the manufacturing process presents its own unique challenges and it takes a team of skilled professionals to deliver products that meet the highest standards. With so many fields of application, from aircraft parts to consumer goods, the aluminum processing industry is constantly evolving to meet the needs of modern manufacturing.

Forging is a manufacturing process where metals and alloys are shaped into desired forms through the application of repeated blows from a hammer. This process is typically performed at high temperatures (hot forging), although some forging operations can be done at room temperature (cold forging) Typical forging applications are; Gears Flanges Crankshafts Connecting Rods Axles Shafts Bolts and Nuts Hooks and Shackles Valve Bodies Levers and Handles Chains and Sprockets Hand Tools Railroad Components

CNC machining (Computer Numerical Control machining) is a manufacturing process in which pre-programmed computer software manages the movement of tools and machinery. This process can be used to control a range of complex machinery, from grinders and lathes to mills and routers. With CNC machining, three-dimensional cutting tasks can be accomplished in a single set of prompts. * Gears * Shafts * Brackets * Flanges * Manifolds * Wheels and Pulleys * Bushings * Pins * Housings * Enclosures

The importance of additives. Behind the Color Masterbatch, additives are often regarded as “colorless” companion. However, their significance is far more substantial. Additives can have a decisive impact on product manufacturing and product life cycles. Optimise manufacturing processes. In the manufacturing process, additives are important. As required, cavities can be filled more easily, for example, in the injection molding process, parts can be removed from the molds or deposits can be avoided. The profitability of the production process can also be decisively improved: additives can minimize cycle times or reduce processing temperatures. We would like to inform you about the scope for optimising your production processes. Add more values. In addition, additives protect thermoplasts and generate additional properties. Thus antioxidants, both during the thermal forming process and in the application, enable the resistance of the polymer against destructive temperature

MANUFACTURING PROCESS: » Blown-Coextrusion MAIN APPLICATION: » Lamination of multilayer films for thermoforming » Modified Atmosphere Packaging FIELDS OF APPLICATION: » Food » Non-Food » Medical/Pharma FEATURES/PROPERTIES: » Very high O2- and CO2-barrier » High seal strength » High transparency » Symmetrical layer structure » Enhanced EVOH-barrier-layer especially for thermoforming applications » Sealing layer optional equipped with Peel

At Bamina Jewelry, we combine traditional craftsmanship with modern technology to produce exceptional gold vermeil jewelry that reflects our commitment to quality, design, and sustainability. Our gold vermeil jewellery manufacturing process ensures that each piece is crafted to the highest standards, delivering stunning gold vermeil creations that are both beautiful and long-lasting.

MANUFACTURING PROCESS: » Blown-Coextrusion MAIN APPLICATION: » Lamination of multilayer films for top-web applications on PE and PP » Modified Atmosphere Packaging FIELDS OF APPLICATION: » Food » Non-Food » Medical/Pharma FEATURES/PROPERTIES: » Very high O2- and CO2-barrier » High seal strength » High transparency » Asymmetrical layer structure » Equipped with Anti-Fog » Modified sealing-layer for firm-sealing on PE and peel-sealing on PP

MANUFACTURING PROCESS: » Blown-Coextrusion MAIN APPLICATION: » Lamination of multilayer films for top-web applications » Modified Atmosphere Packaging FIELDS OF APPLICATION: » Food » Non-Food » Medical/Pharma FEATURES/PROPERTIES: » Very high O2- and CO2-barrier » High seal strength » High transparency » Symmetrical layer structure » Sealing layer optional equipped with Peel » Optional equipped with Anti-Fog » With UV-protection upon reques

MANUFACTURING PROCESS: » Blown-Coextrusion MAIN APPLICATION: » Lamination of multilayer films for side-sealed pouches without aluminium/metallization » Lamination of multilayer films for tubular pouches without aluminium/metallization » Modified Atmosphere Packaging FIELDS OF APPLICATION: » Food » Non-Food » Medical/Pharma FEATURES/PROPERTIES: » Very high O2- and CO2-barrier » High seal strength » Various tintings possible » Symmetrical layer structure » Sealing layer optional equipped with Peel

MANUFACTURING PROCESS: » Blown-Coextrusion MAIN APPLICATION: » Lamination of multilayer films for hot filling applications » Modified Atmosphere Packaging FIELDS OF APPLICATION: » Food » Non-Food » Medical/Pharma FEATURES/PROPERTIES: » Very high O2- and CO2-barrier » High seal strength » High transparency » Various tintings possible » Asymmetrical layer structure » Modified sealing-layer especially for hot filling applications

MANUFACTURING PROCESS: » Blown-Coextrusion MAIN APPLICATION: » Lamination of multilayer films for tubular pouch applications » Modified Atmosphere Packaging FIELDS OF APPLICATION: » Food » Non-Food » Medical/Pharma FEATURES/PROPERTIES: » Very high O2- and CO2-barrier » High seal strength » Very good Hot-Tack-behaviour » High transparency » Asymmetrical layer structure » Enhanced sealing-layer especially for tubular pouch applications

MANUFACTURING PROCESS: » Cast-Coextrusion MAIN APPLICATION: » Thermoformed packaging for pasteurization FIELDS OF APPLICATION: » Food » Non-Food » Medical/Pharma (NUH Med) FEATURES/PROPERTIES: » Excellent thermoforming properties » Good flatness » High barrier against water vapor » High seal strength » Wide sealing range » High puncture resistance » High mechanical strength » Pasteurizable » Various tintings possible » NUH Med as a special version for medical/pharmaceutical applications

MANUFACTURING PROCESS: » Cast-Coextrusion MAIN APPLICATION: » Thermoformed packaging for pasteurization FIELDS OF APPLICATION: » Food » Non-Food » Medical/Pharma (NUH Med) FEATURES/PROPERTIES: » Excellent thermoforming properties » Good flatness » High barrier against water vapor » High seal strength » Wide sealing range » High puncture resistance » High mechanical strength » Pasteurizable » Various tintings possible » NUH Med as a special version for medical/pharmaceutical applications

Additive manufacturing processes are a great alternative to classical processing techniques and aim at a constructionally optimized and cost-effective production of components. 3D printing now includes a variety of technologies that can be used in different 3D printer versions. ViscoTec uses established dosing systems with the endless piston principle specifically for 3D printing of viscous fluids and pastes. And it creates new possibilities for printing 1-component viscous fluids and pastes.

MANUFACTURING PROCESS: » Cast-Coextrusion MAIN APPLICATION: » Top Web FIELDS OF APPLICATION: » Food » Non-Food » Medical/Pharma (NOH Med) FEATURES/PROPERTIES: » Good flatness » High barrier against water vapor » High seal strength » Wide sealing range » High puncture resistance » High mechanical strength » Pasteurizable » NOH Med as a special version for medical/pharmaceutical applications