Ventilation.
CHOCOLATE TEMPERING MACHINES The model range consists of the machines with capacity 250 kg/h, 500 kg/h, 750 kg/h, 1000 kg/h and 1500 kg/h. Designed for tempering of chocolate masses on the basis of cocoa butter or fats-equivalents for production of confectionery products in the composition of the production lines. The machine presents in itself the disk heat exchanger of the continuous type. The standard version of the machine includes three independent tempering zones and additional zone used to keep the specified temperature in the feeding pipe. The machines with a capacity starting from 500 kg/h have an additional zone to stabilize the temperature of the product before the beginning of the tempering process. Heat exchange efficiency and proper organization of the tempering process, plus a large experience in the production of these machines give 100% quality result, which allows to achieve short cooling time, a glossy finish products, good texture of chocolate, crisp break, long preservation of quality.
Ingredients: hen egg yolk of fresh shell eggs, salt, enzyme Produced by separation, fermentation, pasteurization and spray drying Properties: high thermal stability and emulsifying ability, provides stable emulsions in high temperature conditions, long-term storage Application: mayonnaise, dressings, sauces, pasta Packaging: 20 kg kraft bag with PE insert Shelf life: 24 months
Ingredients: pasteurized liquid egg yolk of fresh shell eggs, salt, enzyme Produced by separation, followed by fermentation and pasteurization Properties: high thermal stability and emulsifying ability provides stable emulsions in high temperature conditions, long-term storage Application: pasteurized liquid egg yolk from fresh shell eggs, salt, enzyme Packaging: bag in box, 10, 20, 1000 kg aseptic packages. 1 and 5 liter plastic cans Shelf life: in pure and perfectly ventilated refrigerator or freezer: 0 +4 °C no more than 21-30 days -18 °C no more than 15 months
Air conditioner.
High-quality canned stew beef meat Content: beef meat, salt, pepper, onions, bay leaves Can: 525/338/325/250 grams Can lid: easy-open Shelf life: 4 years (doesn't need refrigerator)! The product is cooked at a temperature of 130 degrees and high pressure that kills all the bacteria and viruses It is ready to consume. Just open and eat. Also can be heated
High-quality canned corned-beef Content: beef meat, salt Can: 525/338/325/250 grams Can lid: easy-open Shelf life: 4 years (doesn't need refrigerator)! The product is cooked at a temperature of 130 degrees and high pressure that kills all the bacteria and viruses It is ready to consume. Just open and eat. Also can be heated
New City low-floor bus on the basis of ISUZU units which produced based on global rules and requirements of bus: - compliance with environmental standards EURO-5 - with two double doors and accumulation area in the front and back of the bus for enhanced exchange of passengers - with the possibility of transportation of persons with disabilities of movement - full compliance with the UNECE Regulations 107 - the presence of air conditioning for the driver and passengers SPECIFICATIONS OVERALL DIMENSIONS Length, mm = 8220 Width, mm = 2320 Height, mm = 2700 Wheelbase, mm = 4395 Front track, mm/Rear track, mm = 1900/1650 Minimal turning radius, m = 12,5 Fuel tank capacity, l = 118 SEATING CAPACITY Number of seating positions, excluding crew member = 14-17 (optional +4 folding) Full capacity (with driver) = 49-52 WEIGHT Curb weight, kg = 5240 Gross weight, kg = 8755-8780 AIR CONDITIONING AND HEATING SYSTEM Interior heating, Liquid, combined by the auxiliary heater connected to the engine cooling system and radiator-type heaters installed in the passenger compartment, Ventilation system, Supply and exhaust vents through the side windows and roof hatches; tyres: 6Ñ?17,5; 215/75R17.5 AXLES Manufacturer Isuzu SUSPENSION Front - Dependent, spring Rear - Dependent, air springs STEERING with hydraulic booster BRAKE SYSTEM Working Brake- Hydraulics with vacuum booster, dual disc brakes on the front axle and the rear axle Parking-brake - With block brake acting on the transmission. Mechanical gear Secondary brake - Gasdynamic on the exhaust system Emergency contracting brake - Each of the circuits of the service braking system ABS Category I ENGINE = Isuzu, 4HK1-Ð?5NС, Diesel, common rail, four-stroke, with turbocharger and intercooler: EURO-5 Engine displacement, sm3 - 5,193 Power, kW (hp)/rpm - 114 (154) Torque Nm (kgs.m)/rpm - 419 (42,8) Control fuel consumption l/100 km and no more than: at a constant speed of 60 km/h - from 14,5 l/100 km Cooling system - liquid TRANSMISSION - Isuzu, MYY6S mechanical, synchronized in all forward gears ADDITIONAL SYSTEMS Vehicle Stability Control (EVSC), System of onboard diagnostics (OBD), Traction control system (ASR), Maximum speed fith full load, km/h - 90
AlmaTex 114 is a complex additive based on an optimized mixture of hydrocolloids for the bitten and dense structure of hot meat products (with secondary heating). Scope: Meat products. Technological functions: -gives the density, biting, the crunch of a product with preservation of elasticity and juiciness in a hot look including at secondary heating; -provides stable quality of meat products during storage, excluding syneresis; -products with the use of AlmaTex 114 are thermostable, do not separate moisture, and do not lose their shape during various types of heat treatment; -replacement of expensive raw materials with products using AlmaTex 114 significantly increases the economic efficiency of finished products. Dosage: 1.0-1.2 kg / 100 kg of minced meat.
Fiberglass reinforcement (GFRP) is made of linear strands of glass fibers, which are collected in the beam reinforced with periodic profile, impregnated with a thermosetting resin binder, then exposed to heat (polymerization) and cooled. It turns a solid rod of high strength three times the strength of steel by tensile test results, and less weight 9 times with equal diameters. Our GFPR rebar is made of epoxy resin and glass fiber direct roving (E-glass). We produce it in coils of 50m, 100m, 150m and 200m or in rods (from 0,5m and up to 12m).
Fiberglass reinforcement (GFRP) is made of linear strands of glass fibers, which are collected in the beam reinforced with periodic profile, impregnated with a thermosetting resin binder, then exposed to heat (polymerization) and cooled. It turns a solid rod of high strength three times the strength of steel by tensile test results, and less weight 9 times with equal diameters. Our GFPR rebar is made of epoxy resin and glass fiber direct roving (E-glass). We produce it in coils of 50m, 100m, 150m and 200m or in rods (from 0,5m and up to 12m).
Fiberglass reinforcement (GFRP) is made of linear strands of glass fibers, which are collected in the beam reinforced with periodic profile, impregnated with a thermosetting resin binder, then exposed to heat (polymerization) and cooled. It turns a solid rod of high strength three times the strength of steel by tensile test results, and less weight 9 times with equal diameters. Our GFPR rebar is made of epoxy resin and glass fiber direct roving (E-glass). We produce it in coils of 50m, 100m, 150m and 200m or in rods (from 0,5m and up to 12m).
Fiberglass reinforcement (GFRP) is made of linear strands of glass fibers, which are collected in the beam reinforced with periodic profile, impregnated with a thermosetting resin binder, then exposed to heat (polymerization) and cooled. It turns a solid rod of high strength three times the strength of steel by tensile test results, and less weight 9 times with equal diameters. Our GFPR rebar is made of epoxy resin and glass fiber direct roving (E-glass). We produce it in coils of 50m, 100m, 150m and 200m or in rods (from 0,5m and up to 12m).
Fiberglass reinforcement (GFRP) is made of linear strands of glass fibers, which are collected in the beam reinforced with periodic profile, impregnated with a thermosetting resin binder, then exposed to heat (polymerization) and cooled. It turns a solid rod of high strength three times the strength of steel by tensile test results, and less weight 9 times with equal diameters. Our GFPR rebar is made of epoxy resin and glass fiber direct roving (E-glass). We produce it in coils of 50m, 100m, 150m and 200m or in rods (from 0,5m and up to 12m).
Fiberglass reinforcement (GFRP) is made of linear strands of glass fibers, which are collected in the beam reinforced with periodic profile, impregnated with a thermosetting resin binder, then exposed to heat (polymerization) and cooled. It turns a solid rod of high strength three times the strength of steel by tensile test results, and less weight 9 times with equal diameters. Our GFPR rebar is made of epoxy resin and glass fiber direct roving (E-glass). We produce it in coils of 50m, 100m, 150m and 200m or in rods (from 0,5m and up to 12m).
Fiberglass reinforcement (GFRP) is made of linear strands of glass fibers, which are collected in the beam reinforced with periodic profile, impregnated with a thermosetting resin binder, then exposed to heat (polymerization) and cooled. It turns a solid rod of high strength three times the strength of steel by tensile test results, and less weight 9 times with equal diameters. Our GFPR rebar is made of epoxy resin and glass fiber direct roving (E-glass). We produce it in coils of 50m, 100m, 150m and 200m or in rods (from 0,5m and up to 12m).
Fiberglass reinforcement (GFRP) is made of linear strands of glass fibers, which are collected in the beam reinforced with periodic profile, impregnated with a thermosetting resin binder, then exposed to heat (polymerization) and cooled. It turns a solid rod of high strength three times the strength of steel by tensile test results, and less weight 9 times with equal diameters. Our GFPR rebar is made of epoxy resin and glass fiber direct roving (E-glass). We produce it in coils of 50m, 100m, 150m and 200m or in rods (from 0,5m and up to 12m).
Fiberglass reinforcement (GFRP) is made of linear strands of glass fibers, which are collected in the beam reinforced with periodic profile, impregnated with a thermosetting resin binder, then exposed to heat (polymerization) and cooled. It turns a solid rod of high strength three times the strength of steel by tensile test results, and less weight 9 times with equal diameters. Our GFPR rebar is made of epoxy resin and glass fiber direct roving (E-glass). We produce it in coils of 50m, 100m, 150m and 200m or in rods (from 0,5m and up to 12m).
We can produce different lengths 6mm, 12mm, 18mm and 24mm Usage: Glass fiber is suitable for use in waterproof plasters, cement-sand screeds, monolithic filling of external and internal walls, and structural thermal insulation. In industrial and housing construction. Recommended for the production of foam concrete paving slabs, and concrete plates. Ideal for underfloor heating systems.
We can produce different lengths 6mm, 12mm, 18mm and 24mm Usage: Glass fiber is suitable for use in waterproof plasters, cement-sand screeds, monolithic filling of external and internal walls, and structural thermal insulation. In industrial and housing construction. Recommended for the production of foam concrete paving slabs, and concrete plates. Ideal for underfloor heating systems.
