Heating Appliances

Copeland Compressors are renowned for their quality and performance in the HVAC industry. As the Chinese agent for these exceptional products Condition New Product Name Scroll Compressor Model ZR94KC-TFD-522 Application Refrigeration Parts, Air conditioning, HVAC system Refrigerant R22 Power Source AC Power After-sales Service Provided Online support Color Black After-sales Service Provided Video technical support, Online support

All-in-one heat pump uses natural energy, no exhaust gas emission, no smoke emission, no toxic gas emission, keep the environment clean. The product consumes less electricity, can absorb and use a large amount of heat energy in the air, low operating costs, saving a lot of electricity. Products through the medium of heat exchange, no electric heating element and water contact, clean water, no fuel, no flammable and explosive poisoning. The product can be installed in indoor and outdoor, balcony, etc., no need for professional machine room, easy and simple installation, can achieve multi- point water supply at the same time. The R134A Domestic All-In-One Heat Pump is controlled by microcomputer system, according to the need for timed temperature, automatic start and stop, with memory function, no need to manually guard. OEM production services can be provided, there are three specifications to choose from, respectively, with 60L, 80L, 100L, 120L, 150L, 200L, 300L water tank. Model BO-10-150-C1-A BO-10-150-C1-A BO-10-200-C1-A BO-10-250-C1-A BO-10- 300-C1-A Rated volume capacity 150L 150L 200L 250L 300L Rated heating capacity 2450W 2450W 2450W 2450W 2450W Rated temperature 75℃ 75℃ 75℃ 75℃ 75℃ Max. temp. by heat pump 75℃ 75℃ 75℃ 75℃ 75℃ Max. temp. by E-heater 75℃ 75℃ 75℃ 75℃ 75℃ Rated power input by heat pump 620W 620W 620W 620W 620W Rated power input by E-heater 1500W 1500W 1500W 1500W 1500W Maximum power input 2120W 2120W 2120W 2120W 2120W

The air source commercial swimming pool heat pump offers a smart, energy- efficient way to maintain optimal pool temperature throughout the year. With rising energy costs and increasing awareness of environmental impact, more businesses are choosing this sustainable heating solution for their aquatic facilities. Constant pool water temperature; Absorb heat from the air with high COP (above 5); Working air temperature range: -10℃ to 43℃; Max outlet water temperature: 40℃; Anti-corrosion with Titanium tube-in-shell heat exchanger; Save 65%-80% of the operating costs without pollution to the environment. Model SPHC20 Power supply 380-440V/3 Ph/50Hz Operating ambient air temperature range -7℃ ~ 43℃ Performance Condition: Air 26°C, Water 26°C, Humidity 80% Heating capacity (kW) 90.0 Power input (kW) 17.3 COP(KW/KW) 5.3 Performance Condition: Air 15°C, Water 26°C, Humidity 70%

A heat pump hot water tank is a water heater that uses a heat pump to heat water, offering significant energy efficiency compared to traditional electric or gas water heaters. It works by transferring heat from the surrounding air to the water in the tank, rather than generating heat directly.  Heat Pump Hot Water Tank 100-500L Model DHW-100 DHW-150 DHW-200 DHW-250 DHW-300 DHW-400 DHW-500 Tank type Hot water tank Hot water tank Hot water tank Hot water tank Hot water tank Hot water tank Hot water tank Capacity (L) 100 150 200 250 300 400 500 Liner material SUS304 SUS304 SUS304 SUS304 SUS304 SUS304 SUS304 Liner thickness (mm) 1.0  1.0  1.2  1.4  1.4  1.5  1.5  Shell material Color steel plate Color steel plate Color steel plate Color steel plate Color steel plate Color steel plate Color steel plate Shell thickness 0.4 0.4 0.4 0.4 0.4 0.4 0.4 Coil material SUS304 SUS304 SUS304 SUS304 SUS304 SUS304 SUS304 Coil Type Corrugated pipe Corrugated pipe Corrugated pipe Corrugated pipe Corrugated pipe Corrugated pipe Corrugated pipe

5-inch Privately Developed Touch Screen Display: Equipped with a vivid, colorful touch screen display that has been developed and designed in-house, offering an intuitive user interface for easy operation and monitoring. Superior Low Ambient Temperature Performance: Operates efficiently even at low ambient temperatures, providing 100% capacity at -7°C, ensuring reliable hot water supply year-round. Ultra-High Efficiency: Achieves near 190% efficiency, rated A+++ according to EN 14825 standards, significantly reducing energy consumption and lowering running costs. Very Low Sound Level: Designed for quiet operation, Monoblock R290 Heat Pump Water Heater produces only 32dB(A) at 5 meters in low noise mode, making it suitable for installation in residential areas without causing disturbance. Sleek "Screw-Free" Appearance: The unit boasts a modern, minimalist design with a "screw-free" exterior, enhancing the aesthetic appeal of your space while showcasing the quality of craftsmanship.

Aquaculture is among the fastest-growing food production industries on the planet. As global demand for fish and seafood remains to climb, fish farmers are looking for a lot more effective and sustainable feeding approaches. Feed stands for almost 60-- 70% of the overall manufacturing cost in tank farming, making high-quality feed manufacturing a leading concern. Among one of the most reliable solutions for contemporary aquaculture is the sinking fish feed maker- - innovative equipment made to generate sturdy, nutrient-rich sinking pellets for various types of fish. This article will certainly give a total summary of sinking fish feed equipments, their relevance, basic materials, functioning concepts, benefits, and applications, in addition to suggestions on how to choose the best maker for your aquaculture company. What is a Sinking Fish Feed Machine? A sinking fish feed equipment is specialized tools that refines raw materials such as corn, soybean meal, fish meal, rice bran, and ingredients right into compact, consistent sinking pellets. Unlike floating feed pellets that stay on the water surface, sinking pellets slowly sink to the bottom, making them optimal for bottom-feeding fish species like catfish, tilapia, shrimp, and particular carp ranges. These equipments normally consist of a resources crusher, mixer, feed extruder or pellet mill, cooling down system, and product packaging device. Depending upon the manufacturing range, they can be small-capacity models for small farms or high-capacity industrial systems for large aquaculture feed plants. Value of Sinking Fish Feed Pellets in Aquaculture Different fish types have different feeding habits. While some types prefer drifting feed, others feed at the end of fish ponds or tanks. For bottom- feeding fish, sinking feed pellets are necessary due to the fact that they: Guarantee proper feeding of bottom-dwelling varieties Minimize feed competitors between various fish groups Boost feed conversion efficiency and minimize waste Preserve balanced nutrition for healthy growth and illness resistance By producing sinking pellets utilizing a feed equipment, farmers can make sure species-specific diets and far better farming end results. Raw Products for Sinking Fish Feed Production The success of fish farming depends heavily on feed high quality. A sinkingfish feed device can take care of a wide range of resources, including: Grains: Corn, wheat, rice bran, sorghum Protein sources: Fish meal, soybean dish, shrimp dish, meat and bone dish Fibrous materials: Sunflower husks, peanut coverings, wheat bran Ingredients: Vitamins, minerals, amino acids, probiotics, enzymes Developing the best equilibrium of healthy protein, fiber, fat, and trace elements guarantees that the pellets satisfy the dietary needs of particular fish varieties at different growth stages. Functioning Process of a Sinking Fish Feed Machine The production of sinking feed pellets typically includes the adhering to actions: Resources Prep Work-- Grains and protein resources are crushed into fine powder. Blending-- Ingredients are blended evenly to ensure well balanced nutrition. Pelletizing/Extrusion-- The mixture is fed into the sinking fish feed maker, where it is compressed with a die mold to create dense sinking pellets. Drying and Cooling-- Fresh pellets are dried and cooled to preserve shape and prolong life span. Screening-- Large or busted pellets are eliminated. Product packaging-- Completed pellets are packed in bags for storage and transport. This detailed procedure makes certain resilient, water-stable pellets that preserve their nutritional value. Benefits of Using a Sinking Fish Feed Maker A sinking fish feed machine gives many benefits for aquaculture operations: Customized feed production-- Farmers can create feed solutions tailored to types and growth stages. Reduced feed expenses-- Producing feed on-site is cheaper than acquiring industrial feed. Higher feed use-- Sinking pellets minimize feed waste, especially for bottom fish. Boosted fish health and wellness-- Regular, balanced nourishment enhances growth prices and immunity. Longer water security-- High-grade pellets keep their form in water, minimizing pollution. Profitability-- Surplus pellets can be sold to surrounding ranches for added revenue. For farmers aiming to scale operations and reduce prices, a sinking fish feed device is a clever financial investment. Applications of Sinking Fish Feed Pellets Sinking pellets produced by these makers are commonly used in: Catfish farming-- Catfish are bottom feeders and flourish on sinking pellets. Tilapia farming-- Tilapia need a mix of drifting and sinking pellets relying on dimension and phase. Carp farming-- Numerous carp varieties feed near the pond base. Shrimp and prawn farming-- Sinking feed is important as these crustaceans eat the fish pond flooring. Ornamental fish farming-- Specific types favor slow-sinking pellets. By satisfying the certain feeding routines of various water varieties, sinking pellets boost farm performance and profitability. Global Market Need and Future Patterns With aquaculture expanding quickly, the demand for top quality sinking fish feed is raising. Numerous fads are forming the industry: Growing preference for sustainable feed manufacturing making use of regional raw materials Rising use of automation and smart control systems in pellet makers Raising demand for species-specific feed in industrial aquaculture Growth of tiny and medium-sized tank farming ranches adopting internal feed manufacturing As the market evolves, sinking fish feed makers will certainly continue to play a vital duty in sustainable aquaculture development. Just how to Select the Right Sinking Fish Feed Device up for sale When investing in a sinking fish feed maker, think about the list below aspects: Capacity requirements-- Tiny farms might require 300-- 500 kg/h equipments, while large feed mills call for 5T/H or more. Pellet dimension range-- Devices must allow flexible pellet sizes (0.5-- 12mm) to match various fish varieties. Power effectiveness-- Reduced energy usage helps reduce running costs. Sturdiness-- Makers made with high-grade steel ensure lengthy service life. After-sales assistance-- Technical support and extra parts accessibility are important for smooth procedure. Selecting the best equipment makes sure regular manufacturing, feed quality, and earnings. Case Study: Successful Application of a Sinking Fish Feed Device A tilapia ranch in Indonesia set up a 2T/H sinking fish feed equipment to produce customized feed pellets. By utilizing in your area available corn, soybean meal, and rice bran, the ranch decreased feed prices by 30%. The enhanced feed conversion ratio caused faster development prices and healthier fish, enabling the farm to expand manufacturing and sell surplus feed to neighboring ranches. This real-world example highlights just how a sinking fish feed device can change aquaculture operations into even more lasting and profitable ventures. Verdict A sinking fish feed equipment for sale is an essential financial investment for aquaculture companies intending to generate top quality feed pellets, lower prices, and improve fish farming effectiveness. By changing local resources into nutrient-rich sinking pellets, farmers gain far better control over feed quality, make certain species-specific nourishment, and increase general productivity. As global tank farming continues to broaden, the need for reliable, energy- efficient, and cost-effective sinking fish feed machines will just grow. For fish farmers wanting to achieve long-term sustainability and earnings, investing in the right sinking feed pellet equipment is the key to success.

Shenzhen STHL PCBA was established in 2006 (named STYL from 2006 to 2015, renamed STHL in 2015) and is a high-quality electronic manufacturing service provider. We provide global customers with electronic material procurement, PCB production, PCBA assembly, cable assembly, finished product assembly, and comprehensive functional testing services. The company has over 19 years of experience in electronic contract assembly and manufacturing. At present, we have over 180 employees and the company covers an area of approximately 7000 square meters. We have 7 SMT high-speed production lines, 2 DIP production lines, 2 functional testing production lines, and 2 finished product assembly lines. At STHL, we provide electronic assembly services for energy, communication, consumer electronics, computers and storage, security, automotive, medical, and industrial products. Our clients mainly come from Germany, Italy, the United States, Brazil, Spain, the United Kingdom, Russia, South Korea, and other domestic markets in China. As an electronic product assembly service provider that has passed ISO9001, ISO14001, ISO13485, and IATF16949. All of our products comply with RoHS standards. For 19 years, STHL has been recognized as a high-quality PCBA supplier for long-term cooperation by customers in over 60 countries worldwide due to its excellent engineering and production capabilities in material analysis, storage, advanced production equipment, comprehensive and reliable product testing (AOI, X-RAY, and various functional tests), efficient SMT and DIP assembly and other technical fields.

Minimum Order: 1 bags

Copeland Scroll compressor axial and radial flexure technology ensures excellent reliability and high efficiency of the compressor. Wide range of product capacities. Low recirculation rates. Excellent resistance to liquid hammer. Low noise and vibration. Low LCCP (Life Cycle Performance). Excellent refrigeration energy efficiency through double and triple parallel connection. Technical parameters Model Number Nominal Horsepower Cooling Capacity Input Power Current Cop EER Displace Ment Oil injection volume Net weight Blocking Current Noise sound power HP (W) (Btu/h) (W) (A) (W/W) Btu/Wh cc/Rev. (L) (Kg) (A) （dBA） ZR36KC-TFD-522 3 8880 30300 2684 4.7 3.31 11.3 49.5 1.12 30 40 68

We provide state of the art all-in-one heat pump systems designed for efficient and sustainable heating, cooling, and hot water solutions. Our integrated all- in-one heat pumps offer superior energy efficiency, reducing operational costs while ensuring reliable performance in both residential and commercial settings. With advanced technology and user-friendly controls, Bobiller’s all- in-one heat pump units are the perfect choice for modern energy-saving applications. Model BOHW-10-150-C1-A BOHW-10-150-C1-A BOHW-10-200-C1-A BOHW-10-250-C1-A BOHW-10-300-C1-A Rated volume capacity 150L 150L 200L 250L 300L Rated heating capacity 3250W 3250W 3250W 3250W 3250W Rated temperature 75℃ 75℃ 75℃ 75℃ 75℃ Max. temp. by heat pump 75℃ 75℃ 75℃ 75℃ 75℃ Max. temp. by E-heater 75℃ 75℃ 75℃ 75℃ 75℃ Rated power input by heat pump 755W 755W 755W 755W 755W Rated power input by E-heater 1500W 1500W 1500W 1500W 1500W Maximum power input 2255W 2255W 2255W 2255W 2255W

1. Mitsubishi compressor with inverter R32 refrigerant 2. Heating and cooling function 3. DC inverter fan motor. Ultra-quiet operation 4. Hot air defrost. 5. Intelligent logic provides constant pool temperature 6. Electronic expansion valve Key features of 12KW Inverter Swimming Pool Heat Pump: High-efficiency operation that reduces energy costs Eco-friendly refrigerant options Durable construction for long-lasting performance Quiet operation for enhanced user comfort As a leading swimming pool heat pump manufacturer, Bobiller specializes in energy-efficient solutions designed to maintain your pool at the ideal temperature. Our swimming pool heat pumps are engineered to minimize energy consumption while maximizing performance, making them ideal for both residential and commercial pools. Our heat pumps are designed for quick installation and easy maintenance, ensuring you enjoy your swimming pool year- round without the high operational costs. Model No. 5kW 7kW 9kW 12kW 15kW 21kW 32kW 21kW 32kW * Heating Capacity at Air 26℃, Humidity 80%, Water 26℃ in, 28℃ out Heating Capacity (kW) 7.6~1.7 9.5~2.3 13~3.0 17~3.8 21~4.8 28~6.8 35~8.8 28~6.8 35~8.8 Power Input (kW) 1.12~0.11 1.40~0.15 1.91~0.19 2.5~0.24 3.09~0.30 4.12~0.43 5.15~0.56 3.97~0.43 5.15~0.56 COP 15.8~6.8 15.8~6.8 16~6.8 15.8~6.8 15.8~6.8 15.8~6.8 15.8~6.8 15.8~6.8 15.8~6.8

Buffer Water Tank work for the AC system to be used for heating and cooling function,and another tank will be used for storage the sanitary hot water. If you only need the heating function,you also can use the water storage tanks which was built with the solar coil inside. One coil and double coil which as you like. Specially designed for heat pump, high efficiency and energy saving, sufficient heat exchange, which can improve the stability of heat pump work. 1.For heat pump water heater heating system 2.Function: for storing hot water 3.Inner liner material: SUS304 4.Shell material: colour steel plate 5.Insulation material: 50mm polyurethane (38Kg/m³) 6.Maximum use temperature: 90℃ 7.Capacity: 100L, 200L, 300L, 500L, 800L Model B-40L B-60L B-80L B-100L B-150L B-200L B-250L B-300L B-400L B-500L Tank type Buffer tank Buffer tank Buffer tank Buffer tank Buffer tank Buffer tank Buffer tank Buffer tank Buffer tank Buffer tank Capacity (L) 40  60  80  100  150  200  250  300  400  500  Liner material SUS304 SUS304 SUS304 SUS304 SUS304 SUS304 SUS304 SUS304 SUS304 SUS304 Liner thickness (mm) 1.0  1.0  1.0  1.0  1.0  1.2  1.4  1.4  1.5  1.5  Shell material Color steel plate Color steel plate Color steel plate Color steel plate Color steel plate Color steel plate Color steel plate Color steel plate Color steel plate Color steel plate Shell thickness 0.4  0.4  0.4  0.4  0.4  0.4  0.4  0.4  0.4  0.4 

The R32 Mini-Split Heat Pump offers an efficient HVAC system that can handle challenging environments that require outside air when you include the optional fresh air kit. Utilizing R32 refrigerant, this mini-split heat pump ensures superior energy efficiency and a lower environmental impact. Bobiller can tackle the most challenging single-zone mini-split applications by allowing fresh air to circulate through your space. Model RMAW-04FR1-V Rated heating capacity KW 3.8~15.8 Rate hot water capacity KW 3.5～15 Rate cooling capacity KW 3.8～10 Heating power consumption KW 1.5～4.5 Hot water power consumption KW 1.5~4.5 Cooling power consumption KW 1.5～4.5 Voltage V/Hz 220-240V～Inverter～1N Rated Current A 6.12/18.5 Rated heating water temperature ℃ Hot water:60℃ Heating:45℃ Cooling:12℃ Rated water flow m³/h 2.7 Rated of waterproof / IPX4

Healthy and Safe: Titanium products are widely used in the field of medical and edible utensils. The titanium we use has a purity of more than 99.8% and does not contain any impurities such as heavy metals or chemical coatings. It is chemically stable and won't produce substances harmful to the human body. Highly Corrosion Resistant: Compared to traditional enamel and stainless steel material (eg.SS304 and duplex steel), titanium has higher corrosion resistance, ensuring a longer lifespan for the Water Tank. 128e3131ee6ac39074c4dafbffb28 , a9 Excellent Anti-Scale Ability: Our water tanks feature an all-titanium lining and titanium internal heat exchange pipes, making them suitable for any water quality worldwide. Compared to traditional enamel and stainless steel tanks, our tanks exhibit superior anti-scaling capabilities. This effectively prevents issues like reduced heat conduction efficiency and deteriorating water quality caused by scale buildup.

The domestic Hot Water Heat Pump extracts heat from the air and transfers it to water, offering an energy-efficient and environmentally friendly solution for household Hot Water needs. Additionally, it demonstrates superior efficiency compared to conventional heaters in heating water.