Tse Series Mini Conical Twin Screw Plastic Extruder Machine

TSE Series Mini Conical Twin Screw Plastic Extruder Machine **Product Overview** The TSE series mini conical twin screw extruder is a high-performance machine designed for a wide range of plastic processing applications. It is ideal for producing masterbatches, color concentrates, and other polymer-based products. The machine is equipped with advanced technology and comes in multiple models to suit different production needs. **Key Specifications** - **Model No.:** TSE series - **Engagement System:** Full Intermeshing - **Screw Channel Structure:** Deep Screw - **Exhaust:** Yes - **Automation:** Automatic - **Computerized:** Yes - **Keyword:** Mini Plastic Extruder - **Color:** Customizable as per customer request - **Warranty:** 1 Year - **Contactor:** Schneider - **Output:** 750–1250 kg/h - **Motor Power:** 110kw, 132kw, 160kw, 200kw - **Motor Type:** Siemens AC - **Condition:** New - **Origin:** Jiangsu, China (Mainland) - **After-Sales Service:** Engineers available overseas - **Trademark:** Kairong - **Certifications:** CE, ISO9001 - **HS Code:** 84772090 **Technical Parameters** | Model | Diameter (mm) | L/D | Screw Speed (r/min) | Main Motor Power (kW) | Screw Torque (N·m) | Torque Level (T/N³) | Output (kg/h) | |-------------|---------------|-----|----------------------|------------------------|--------------------|----------------------|----------------| | TSE-52A | 51.5 | 32-64 | 500 | 45 | 425 | 5.3 | 225–375 | | TSE-52B | 51.5 | 32-64 | 600 | 55 | 405 | 5.1 | 270–450 | | SHJ-65A | 62.4 | 32-64 | 400/500 | 55/75 | 620/675 | 4.4/4.8 | 165–275 | | TSE-65B | 62.4 | 32-64 | 600 | 90/110 | 675/620 | 4.8/4.4 | 225–550 | | TSE-95A | 93 | 32-64 | 400/500 | 250 | 2815/2250 | 5.9/4.7 | 750–1250 | | TSE-95B | 93 | 32-64 | 600 | 315 | 2365 | 5 | 945–1575 | **Product Features** 1. Modular design allows easy configuration and cleaning of screws and barrels, making it adaptable to various customer requirements. 2. Offers multiple pelletizing methods, including water-cooling strand, air-cooling hot-cut, water-ring, and underwater pelletizing. 3. High-quality tool steel is used for screw elements and kneading blocks, ensuring excellent corrosion and wear resistance. 4. Barrels are made from high-grade nitrided steel, providing good anti-corrosion and anti-friction properties. 5. Equipped with a vacuum system for efficient devolatilization, ensuring high-quality polymer processing. **Applications** - For high-filling masterbatches: PE/PP/EVA + CaCO₃, TiO₂, Talc, Carbon Black - For fiber-reinforced materials: PP/PA/PBT/ABS/AS/PC/POM/PPS/PET + glass fiber, carbon black - For color masterbatches: PE/ABS/PS/EVA/PET/PP + pigment, additives **Company Advantages** - Integrated company with R&D, manufacturing, sales, and service departments - Six years of experience in packaging machinery - Experienced R&D team that accepts OEM orders - Strict quality control process ensures consistent product quality - Wide range of equipment to meet diverse customer needs - Unique business philosophy focused on reliable quality and excellent service **Our Services** - **Before Sale:** Detailed product introduction, suitable solution recommendations, and testing options - **During Manufacturing:** Layout planning, engineering support, screw design, and project updates - **After Sale:** Installation, commissioning, training, spare parts supply, and technical support **FAQ** 1. **Q:** Are you a factory or trading company? **A:** We are both a factory and a trading company. 2. **Q:** How can we reach your factory? **A:** Our factory is located in Nanjing, Jiangsu Province, China. - Option 1: Fly directly to Nanjing Lukou International Airport; we will pick you up and take you to the factory in about 20 minutes. - Option 2: Fly to Shanghai Pudong International Airport, then take a high-speed train to Nanjing, where we will meet you at the station and drive you to the factory in about 8 minutes. 3. **Q:** Why choose us? **A:** - Quick response: We reply within 24 hours after receiving an inquiry. - Fast production time: Machines are completed within 60 days. - Quality assurance: All machines are tested before delivery. - Safe packaging: Wooden cases ensure no damage during shipping.

Linear Guideways

Hojama High-accuracy Linear Guideways

 

Notes on Using Linear Guides:​

1. Prevent rusting​

When taking linear guides directly with hands, it is necessary to thoroughly wash off sweat from hands and apply high-quality mineral oil before operation. Special attention should be paid to rust prevention during the rainy season and summer.​

2. Maintain a clean environment​

Keep linear guides and their surrounding environment clean. Even tiny invisible dust entering the guides can increase wear, vibration, and noise of the guides.​

3. Installation with care​

Linear guides must be installed carefully. Strong stamping is not allowed, direct hammering on the guides is prohibited, and it is forbidden to transmit pressure through rolling elements.​

4. Use appropriate installation tools​

For linear guides, use suitable and accurate installation tools. It is advisable to use special tools as much as possible, and strictly avoid using items such as cloth and short fibers.

 

Installation Methods of Linear Guides​

I. Mounting via the Datum Plane​

Start by using assembly screws to loosely secure the linear guide’s bottom datum plane to the bed’s bottom mounting surface. Next, clamp the slide rail’s side datum plane against the bed’s side mounting surface with a vice to set the rail’s position. After that, use a torque wrench to tighten the fixing screws in order, applying a specified torque to ensure the rail’s bottom datum plane sits firmly against the bed’s bottom mounting surface.​

II. Installing the Driven Side Linear Guide​

1. Linear Gauge Method​

Set the linear gauge between the two linear guides. Use a dial indicator to align the gauge so it runs parallel to the reference side rail’s side datum plane. Then, use this gauge to align the driven side rail. Begin alignment from one end of the driven rail and tighten the assembly screws in sequence with the specified torque.​

2. Moving Platform Method​

Secure the two reference side sliders to a measuring platform, leaving just one slider on the driven side. At this point, neither the rail nor the slider should be fixed to the bed or platform. Attach a dial indicator to the top of the driven side slider and use it to measure the slider’s side datum plane. Start aligning from one end of the driven linear guide, tightening the assembly screws in order with the specified torque as you go.​

3. Reference Side Rail Imitation Method​

Fasten the two reference side rail sliders and one driven side rail slider to the platform. Then, loosely attach the driven side rail and its remaining slider to the bed and platform, respectively. Move the platform while using the reference side rail as a guide. Starting from one end of the rail, check the driven side rail’s rolling resistance as you tighten the assembly screws in sequence with the specified torque.​

4. Special Tool​

Use specialized tools to position the driven side rail, then tighten the assembly screws in sequence with the specified torque.

 

Linear Guideways,Linear Guide Rail,Linear Guide Bearing,Bearing Linear Guide

Suzhou Industrial Park Hojama Technology Co., Ltd , https://www.hojamax.com