Processing technology - Import export

Lipp systems are modular and can be extended, modified or integrated into existing systems WITH EASE. Biogas plants from Lipp are based on the so called, wet fermentation. Through a 2 stage process, i.e., via regulation by an upstream hydrolysis stage or other substrate pre treatment, input materials are prepared so that the anaerobic process can run optimally in the digester. Since it is the most flexible and the biological processes are best kept controllable Lipp favours the SBR process. This is also particularly suitable for anaerobic wastewater treatment, sludge digestion and is also used in agricultural biogas deposits. This means first that Lipp biogas plants are substrate flexible and allow an intensive use of the available digester area. Secondly, that with low self sustaining energy requirements, a high degradation rate is achieved. It is interesting to note that Lipp’s digester can be operated not just in the SBR process (Sequence Batch Reactor).

Cleaning of machined parts (after turning, milling, drilling, etc.). Particularly suitable for the removal of graphite, AW and EP additives, salts, soaps, and emulsion residue. Generally suitable for the removal of dust, metal chips, surfactants, stearates and polishing paste. Preparation of parts for downstream processing such as joining (by clinching, etc.), assembly and packaging. Cleaning of machined parts (after turning, milling, drilling, etc.). Particularly suitable for the removal of grease, oil, wax, resins, corrosion protection agents and esters. Generally suitable for the removal of dust, metal chips, surfactants, stearates and polishing paste. Preparation of parts for downstream processing such as joining (by clinching, etc.), assembly and packaging. Cleaning of machined parts after turning, milling or drilling, grinding, polishing, lapping and honing, punching and forming (stamping & bending, deep drawing, extruding, etc.).

Stainless steel operations need a well-experienced team and new technologies to process. We have been operating precious metals for more than 20 years.

Brass operations need a well-experienced team and new technologies to process. We have been operating precious metals for more than 20 years.

Round fireplace/ventilation grilles Round fireplace grilles are designed for supplying warm air in a gravitational or forced way, as well as for supplying or exhausting ventilation air. They are made of steel elements properly prepared in the technological process. Fireplace grilles are installed in fireplace enclosures or in walls/ceilings as the end of hot air distribution or ventilation ducts

Round fireplace/ventilation grilles Round fireplace grilles are designed for supplying warm air in a gravitational or forced way, as well as for supplying or exhausting ventilation air. They are made of steel elements properly prepared in the technological process. Fireplace grilles are installed in fireplace enclosures or in walls/ceilings as the end of hot air distribution or ventilation ducts

Round fireplace/ventilation grilles Round fireplace grilles are designed for supplying warm air in a gravitational or forced way, as well as for supplying or exhausting ventilation air. They are made of steel elements properly prepared in the technological process. Fireplace grilles are installed in fireplace enclosures or in walls/ceilings as the end of hot air distribution or ventilation ducts

Round fireplace/ventilation grilles Round fireplace grilles are designed for supplying warm air in a gravitational or forced way, as well as for supplying or exhausting ventilation air. They are made of steel elements properly prepared in the technological process. Fireplace grilles are installed in fireplace enclosures or in walls/ceilings as the end of hot air distribution or ventilation ducts

Round fireplace/ventilation grilles Round fireplace grilles are designed for supplying warm air in a gravitational or forced way, as well as for supplying or exhausting ventilation air. They are made of steel elements properly prepared in the technological process. Fireplace grilles are installed in fireplace enclosures or in walls/ceilings as the end of hot air distribution or ventilation ducts

Round fireplace/ventilation grilles Round fireplace grilles are designed for supplying warm air in a gravitational or forced way, as well as for supplying or exhausting ventilation air. They are made of steel elements properly prepared in the technological process. Fireplace grilles are installed in fireplace enclosures or in walls/ceilings as the end of hot air distribution or ventilation ducts

High-quality fireplace grates Fireplace grilles are made of steel elements properly prepared in the technological process. They are covered with powder paint with very good mechanical properties, as well as high color stability and thermal resistance. Installation is carried out using the mounting frame attached to the grille. Fireplace grates ensure proper air circulation in the fireplace casing Fireplace grilles are installed in the fireplace housing in order to supply warm air from the fireplace housing to the room , as well as to supply cool air to the housing .

High-quality fireplace grates Fireplace grilles are made of steel elements properly prepared in the technological process. They are covered with powder paint with very good mechanical properties, as well as high color stability and thermal resistance. Installation is carried out using the mounting frame attached to the grille. Fireplace grates ensure proper air circulation in the fireplace casing Fireplace grilles are installed in the fireplace housing in order to supply warm air from the fireplace housing to the room , as well as to supply cool air to the housing .

High-quality fireplace grates Fireplace grilles are made of steel elements properly prepared in the technological process. They are covered with powder paint with very good mechanical properties, as well as high color stability and thermal resistance. Installation is carried out using the mounting frame attached to the grille. Fireplace grates ensure proper air circulation in the fireplace casing Fireplace grilles are installed in the fireplace housing in order to supply warm air from the fireplace housing to the room , as well as to supply cool air to the housing .

High-quality fireplace grates Fireplace grilles are made of steel elements properly prepared in the technological process. They are covered with powder paint with very good mechanical properties, as well as high color stability and thermal resistance. Installation is carried out using the mounting frame attached to the grille. Fireplace grates ensure proper air circulation in the fireplace casing Fireplace grilles are installed in the fireplace housing in order to supply warm air from the fireplace housing to the room , as well as to supply cool air to the housing .

High-quality fireplace grates Fireplace grilles are made of steel elements properly prepared in the technological process. They are covered with powder paint with very good mechanical properties, as well as high color stability and thermal resistance. Installation is carried out using the mounting frame attached to the grille. Fireplace grates ensure proper air circulation in the fireplace casing Fireplace grilles are installed in the fireplace housing in order to supply warm air from the fireplace housing to the room , as well as to supply cool air to the housing .

High-quality fireplace grates Fireplace grilles are made of steel elements properly prepared in the technological process. They are covered with powder paint with very good mechanical properties, as well as high color stability and thermal resistance. Installation is carried out using the mounting frame attached to the grille. Fireplace grates ensure proper air circulation in the fireplace casing Fireplace grilles are installed in the fireplace housing in order to supply warm air from the fireplace housing to the room , as well as to supply cool air to the housing .

High-quality fireplace grates Fireplace grilles are made of steel elements properly prepared in the technological process. They are covered with powder paint with very good mechanical properties, as well as high color stability and thermal resistance. Installation is carried out using the mounting frame attached to the grille. Fireplace grates ensure proper air circulation in the fireplace casing Fireplace grilles are installed in the fireplace housing in order to supply warm air from the fireplace housing to the room , as well as to supply cool air to the housing .

High-quality fireplace grates Fireplace grilles are made of steel elements properly prepared in the technological process. They are covered with powder paint with very good mechanical properties, as well as high color stability and thermal resistance. Installation is carried out using the mounting frame attached to the grille. Fireplace grates ensure proper air circulation in the fireplace casing Fireplace grilles are installed in the fireplace housing in order to supply warm air from the fireplace housing to the room , as well as to supply cool air to the housing .

High-quality fireplace grates Fireplace grilles are made of steel elements properly prepared in the technological process. They are covered with powder paint with very good mechanical properties, as well as high color stability and thermal resistance. Installation is carried out using the mounting frame attached to the grille. Fireplace grates ensure proper air circulation in the fireplace casing Fireplace grilles are installed in the fireplace housing in order to supply warm air from the fireplace housing to the room , as well as to supply cool air to the housing .

High-quality fireplace grates Fireplace grilles are made of steel elements properly prepared in the technological process. They are covered with powder paint with very good mechanical properties, as well as high color stability and thermal resistance. Installation is carried out using the mounting frame attached to the grille. Fireplace grates ensure proper air circulation in the fireplace casing Fireplace grilles are installed in the fireplace housing in order to supply warm air from the fireplace housing to the room , as well as to supply cool air to the housing .

Round fireplace/ventilation grilles Round fireplace grilles are designed for supplying warm air in a gravitational or forced way, as well as for supplying or exhausting ventilation air. They are made of steel elements properly prepared in the technological process. Fireplace grilles are installed in fireplace enclosures or in walls/ceilings as the end of hot air distribution or ventilation ducts

Round fireplace/ventilation grilles Round fireplace grilles are designed for supplying warm air in a gravitational or forced way, as well as for supplying or exhausting ventilation air. They are made of steel elements properly prepared in the technological process. Fireplace grilles are installed in fireplace enclosures or in walls/ceilings as the end of hot air distribution or ventilation ducts

Round fireplace/ventilation grilles Round fireplace grilles are designed for supplying warm air in a gravitational or forced way, as well as for supplying or exhausting ventilation air. They are made of steel elements properly prepared in the technological process. Fireplace grilles are installed in fireplace enclosures or in walls/ceilings as the end of hot air distribution or ventilation ducts

Round fireplace/ventilation grilles Round fireplace grilles are designed for supplying warm air in a gravitational or forced way, as well as for supplying or exhausting ventilation air. They are made of steel elements properly prepared in the technological process. Fireplace grilles are installed in fireplace enclosures or in walls/ceilings as the end of hot air distribution or ventilation ducts

Round fireplace/ventilation grilles Round fireplace grilles are designed for supplying warm air in a gravitational or forced way, as well as for supplying or exhausting ventilation air. They are made of steel elements properly prepared in the technological process. Fireplace grilles are installed in fireplace enclosures or in walls/ceilings as the end of hot air distribution or ventilation ducts

Flexible production of crankshafts and camshafts Machine series for perfect internal and external milling - as stand-alone machine or linked manufacturing system Highlights Internal and external milling of crankshafts Turn-chasing of crankshafts External milling of camshafts Advantages Unique HELLER know-how of the complete process chain Use of a combination of different technologies Dependable process control

SCHOCK’s core competencies include roll forming technology with a large number of integrated processes. With our roll forming technology we are able to produce individual and high-precision profiles or complete assemblies for our customers.

Processing Technology: Electrolytic Foil Base Material: Copper Insulation Materials: Epoxy Resin Certification: UL, RoHS, ISO9001, Ts16949 Transport Package: by Vacuum Packing in Cartons Specification: UL, ROHS, SGS Origin:China HS Code: 85340090 Min. Order: 100 Pieces Port: China Production Capacity:100000 Square Meters Per Month Payment Terms: L/C, T/T, D/P Type: Rigid Circuit Board Dielectric:FR-4 Material: Fiberglass Epoxy Application: Consumer Electronics Flame Retardant Properties: V0 Mechanical Rigid: Rigid

AViTEQ-Spiral conveyor are used wherever bulk solids have to be conveyed in a vertical direction. These robust spiral conveyors are suitable for conveying a host of bulk solids from various production processes. These can be fine to coarse-grained, as well as fragmentary bulk solids. Our spiral conveyors are used in the chemical, pharmaceutical and food industries, and also in the raw material industry. The use of additional fixtures enables products to be treated by thermal (cooling/heating) or technical (drying) processes. The bulk solids can be transported both upwards or downwards. The spiral conveyor, which offers large heat exchange surfaces from a small footprint through its coils, is an especially cost-effective solution. A laser-welded version, which offers maximum density in return for minimum heat admission during manufacturing operations (no welding stresses to cause delays), is playing an increasingly important role for these special units. Advantages & benefits energ