Offers to Sell

Rated Output 184 kW / 250 mhp Rated Speed 3800 rpm Displacement 2.755 L / 168 cu. in No. of cylinders 4 cylinders Cylinder Bore x Stroke 92 mm x 103.6 mm / 3.6 in x 4 in Combustion system Direct Injection, Denso Common Rail System Aspiration Turbocharged & Intercooled Alternator Denso 12V - 130A Dry weight without gear 334 kg / 736 lbs Dimensions 1151 mm x 755 mm x 772 mm Controls Mechanical (optional - VC20 system)

Minimum Order: 1 bags

Rated Output 169 kW / 230 mhp Rated Speed 3800 rpm Displacement 2.755 L / 168 cu. in No. of cylinders 4 cylinders Cylinder Bore x Stroke 92 mm x 103.6 mm / 3.6 in x 4 in Combustion system Direct Injection, Denso Common Rail System Aspiration Turbocharged & Intercooled Alternator Denso 12V - 130A Dry weight without gear 334 kg / 736 lbs Dimensions 1151 mm x 755 mm x 772 mm Controls Mechanical (optional - VC20 system)

Minimum Order: 1 bags

Rated Output 143 kW / 195 mhp Rated Speed 3500 rpm Displacement 2.755 L / 168 cu. in No. of cylinders 4 cylinders Cylinder Bore x Stroke 92 mm x 103.6 mm / 3.6 in x 4 in Combustion system Direct Injection, Denso Common Rail System Aspiration Turbocharged & Intercooled Alternator Denso 12V - 130A Dry weight without gear 334 kg / 736 lbs Dimensions 1151 mm x 755 mm x 772 mm Controls Mechanical (optional - VC20 system)

Minimum Order: 1 bags

Rated Output 125 kW / 170 mhp Rated Speed 3500 rpm Displacement 2.755 L / 168 cu. in No. of cylinders 4 cylinders Cylinder Bore x Stroke 92 mm x 103.6 mm / 3.6 in x 4 in Combustion system Direct Injection, Denso Common Rail System Aspiration Turbocharged & Intercooled Alternator Denso 12V - 130A Dry weight without gear 334 kg / 736 lbs Dimensions 1151 mm x 755 mm x 772 mm Controls Mechanical (optional - VC20 system)

Minimum Order: 1 bags

Rated Output 110 kW / 150 mhp Rated Speed 3500 rpm Displacement 2.755 L / 168 cu. in No. of cylinders 4 cylinders Cylinder Bore x Stroke 92 mm x 103.6 mm / 3.6 in x 4 in Combustion system Direct Injection, Denso Common Rail System Aspiration Turbocharged & Intercooled Alternator Denso 12V - 130A Dry weight without gear 334 kg / 736 lbs Dimensions 1151 mm x 755 mm x 772 mm Controls Mechanical (optional - VC20 system)

Minimum Order: 1 bags

Rated Output 80.9 kW / 110 mhp Rated Speed 3200 rpm Displacement 2 L / 122 cu. in No. of cylinders 4 cylinders Cylinder Bore x Stroke 84 mm x 90 mm / 3.31 in x 3.54 in Combustion system Direct Injection, Bosch Common Rail System Aspiration Turbocharged & Intercooled Alternator 12V - 125A Dry weight without gear 229 kg / 505 lbs Dimensions 909 mm x 613 mm x 675 mm Controls Mechanical (optional - VC20 system)

Minimum Order: 1 bags

Rated Output 58.8 kW / 80 mhp Rated Speed 3200 rpm Displacement 2 L / 122 cu. in No. of cylinders 4 cylinders Cylinder Bore x Stroke 84 mm x 90 mm / 3.31 in x 3.54 in Combustion system Direct Injection, Bosch Common Rail System Aspiration Turbocharged & Intercooled Alternator 12V - 125A Dry weight without gear 229 kg / 505 lbs Dimensions 909 mm x 613 mm x 675 mm Controls Mechanical (optional - VC10 system)

Minimum Order: 1 bags

Rated Output 41.9 kW / 57 mhp Rated Speed 3000 rpm Displacement 2.19 L / 134 cu. in No. of cylinders 4 cylinders Cylinder Bore x Stroke 88 mm x 90 mm / 3.46 in x 3.54 in Combustion system Direct Injection, Bosch Common Rail System Aspiration Natural Alternator 1 , 2V - 125A Dry weight without gear 220 kg / 485 lbs Dimensions 870 mm x 589 mm x 627 mm Controls Mechanical (optional - VC10 system)

Minimum Order: 1 bags

Rated Output 33.1 kW / 45 mhp Rated Speed 3000 rpm Displacement 2.19 L / 131 cu. in No. of cylinders 4 cylinders Cylinder Bore x Stroke 88 mm x 90 mm / 3.46 in x 3.54 in Combustion system Direct Injection, Bosch Common Rail System Aspiration Natural Alternator 1 , 2V - 125A Dry weight without gear 220 kg / 485 lbs Dimensions 870 mm x 589 mm x 627 mm Controls Mechanical (optional - VC10 system)

Minimum Order: 1 bags

Rated Output 21.3 kW / 29.1 mhp Rated Speed 3200 rpm Displacement 1.266 L / 77 cu. in No. of cylinders 3 cylinders Cylinder Bore x Stroke 80 mm x 84 mm / 3.15 in x 3.31 in Combustion system Indirect Injection, In-line Pump Aspiration Natural Alternator 12V - 125A Dry weight without gear 127 kg / 280 lbs Dimensions 715 mm x 485 mm x 545 mm Controls Mechanical

Minimum Order: 1 bags

Rated Output 29.4 kW / 40 mhp Rated Speed 3000 rpm Displacement 1.642 L / 100 cu. in No. of cylinders 3 cylinders Cylinder Bore x Stroke 88 mm x 90 mm / 3.46 in x 3.54 in Combustion system Direct Injection, Bosch Common Rail System Aspiration Natural Alternator 1 , 2V - 125A Dry weight without gear 192 kg / 423 lbs Dimensions 774 mm x 580 mm x 632 mm Controls Mechanical (optional - VC20 system)

Minimum Order: 1 bags

Cellulose Diacetate Tow is the major raw material in producing filter rods of cigarette. After a processing system of stretching, gathering, setting the shape and then being wrapped by tissue paper, at last the filter rod is made according to customers requirements on specification. The filter rod used for cigarettes can greatly reduce the hazardous material such as tar and nicotine, meantime the taste and aroma of the exquisite bouquet of tobacco is well preserved. Owing to it is clean, no unwanted smell, has a steady chemical structure and a good filtration effects, it's very popular by cigarette manufacturers in the world. We can supply you all your requirements as: 2.4Y/32,000,2.5Y/30,000,2.7Y/30,000 2.7Y , /35,000,2.9Y/32,000,3.0Y/32,000 3.0Y/35,000,3.0 , Y/37,000,3.3Y/35,000 3.3Y/37,000,3.3Y/39,000,3. , 5Y/34,000 3.9Y/31,000,4.5Y/30,000.5.0Y/35,000 6.1Y/18,000,7.3Y/36,000

Minimum Order: 1000

Celloluse acetate Tow is the significant basic material in generating filter poles of cigarette. After a processing system of stretching, gathering, setting the form and afterwards being wrapped by tissue paper, finally the filter rod is made according to customers demands on spec. The filter pole made use of for cigarettes can substantially decrease the harmful material such as tar as well as nicotine, meanwhile the preference and also fragrance of the exquisite bouquet of cigarette is well preserved. Owing to it is tidy, no undesirable odor, has a constant chemical structure as well as an excellent purification results, it's incredibly popular by cigarette suppliers worldwide. Functions 1. Materials: nature virgin wood pulp 2. For manufacturing cigarette filter pole which lower hazadouse things like tar and also nicotine 3. Packaging: 200kgs/carton, 300kgs/carton, 500kgs/carton 4. 1 × 20' load 11tons, 1x40HQ 24-25tons

Minimum Order: 5 dozens

　　When it comes to the realm of engineering machinery, oil seals play a crucial role in ensuring the smooth and efficient operation of various equipment. These seemingly simple components prevent the leakage of lubricants and fluids, thereby enhancing the longevity and reliability of the machines. Understanding the intricacies of oil seals—dimensions, materials, functioning, and applications—unveils the significance of these parts in machinery maintenance and performance. 　　1. Dimensions and Specifications 　　Oil seals come in a wide range of sizes and specifications, tailored to fit specific machinery or equipment. Typically measured by inner diameter, outer diameter, and width, these seals must be chosen with precision. For example, a larger seal may cover a broader surface but may also induce additional friction, affecting performance. Modern engineering often relies on CAD systems to create precise blueprints for these seals, thereby improving fitment and reducing the risk of leaks. 　　2. Materials Matter 　　The material construction of oil seals is another critical factor influencing their performance. Common materials include rubber, polyurethane, and thermoplastic elastomers, each offering unique properties that cater to specific conditions. For instance, synthetic rubber materials exhibit superior heat resistance and durability, making them suitable for high-temperature applications. In environments exposed to harsh chemicals, materials like fluorocarbon or silicone can provide the required resistance. Choosing the right material not only prevents leaks but also minimizes maintenance downtime. 　　3. Functionality and Applications 　　Oil seals function by creating a barrier that prevents the escape of oil and coolant while simultaneously blocking contaminants from entering the machinery. Proper installation is essential; misalignment can lead to premature wear and failure. Additionally, these seals find applications in various sectors, including automotive, aerospace, and industrial machinery, demonstrating their versatility. In a construction setting, for instance, oil seals ensure excavators and bulldozers operate smoothly, enhancing efficiency on job sites. 　　In essence, the-world of engineering machinery oil seals is vast and multifaceted. By comprehending these components, that enhance machinery performance, prolong lifespan, and prevent costly breakdowns.

Minimum Order: 1000