PVC Plastic Mixer: Optimal Heating, Mixing, Cooling, and Drying Solutions

• Customization: Available
• After-sales Service: 18 Months
• Automatic Grade: Full-Automatic
• Structure: Vertical
• Warranty: 12 Months
• Working Mode: Cycle Type
• Usage: Heating Mixing Cooling Drying
• Advantages: Long Life/High Efficiency/High Capacity
• Extruder Control: by Siemens PLC Screen Touch
• Electrical Components: Siemens, ABB, Omron, FUJI, etc.
• Production Speed: 10-15 Min Per Batch
• Delivery Time: Around 40 Days
• Motor Brand: Siemens
• Shipment: LCL and FCL
• Machine Installation: Available
• Motor Drive/Inverter: Siemens/ABB Brand
• Keywords: Plastic Mixer
• Certification: CE, ISO9001:2008, SGS
• Customized: Customized
• Raw Material: PE PVC ABS PP
• Transport Package: Plastic Film and Wooden Pallet
• Specification: 2m
• Trademark: YILI
• Origin: China
• HS Code: 84778000
• Production Capacity: 30 Sets/Per Month

Product Description

Introduction

Heating and cooling mixers are a versatile and indispensable tool in the world of industrial manufacturing. These mixers are extensively utilized for blending, stirring, drying, and coloring a wide array of resin plastics, including PVC, PP, PE, as well as in the rubber and chemical industries. Furthermore, they serve a crucial role in drying ABS and polycarbonate materials, alongside their applications in mixing hydroxybenzene and aldehyde resins.
With a remarkable legacy of 30 years in the heating and cooling mixer industry, the hot and cool mixer units from YILI Machinery stand as the quintessential solution for profile and pipe production. Boasting an advanced design, these units seamlessly integrate heating and cooling mixing techniques. The materials transition automatically from the hot mixer to the cooling mixer, where they undergo cooling. This process efficiently eliminates any residual gases and prevents agglomeration, ensuring the finest quality output.

Technical Specification

HEATING/COOLING MIXER UNIT (VERTICAL TYPE)
Model	Total Volume  (L)	Effective Volume (L)	Motor power (Kw)	Main shaft speed (r/min)	Heating/Cooling method	Unload way	Weight (t)
SRL-Z50/100A	50/100	37/70	7/11/7.5	510/1013/118	2KW/Water	Pneumatic	2.8
SRL-Z100/200A	100/200	75/130	14/22/11	650/1300/130	6KW/Water		3
SRL-Z200/500A	200/500	150/320	30/42/11	484/967/110	6KW/Water		3.5
SRL-Z300/600A	300/600	225/384	40/55/11	480/964/100	9KW/Water		3.8
SRL-Z500/1000A	500/1000	375/640	55/75/15	413/830/71	9KW/Water		5.8
HEATING/COOLING MIXER UNIT (HORIZONTAL TYPE)
Model	Total Volume  (L)	Effective Volume (L)	Motor power (Kw)	Main shaft speed (r/min)	Heating/Cooling method	Unload way	Weight (t)
SRL-Z200/500W	200/500	150/320	30/42/7.5	490/980/70	6KW/Water	Pneumatic	3.5
SRL-Z300/600W	300/600	225/384	40/55/11	480/964/70	9KW/Water		3.8
SRL-Z500/1000W	500/1000	375/660	55/75/15	441/886/60	9KW/Water		7.8
SRL-Z500/1600W	500/1600	375/1024	55/75/18.5	441/886/51	9KW/Water		8.5
SRL-Z800/2000W	800/2000	560/1280	160/18.5	0-660/51	self-frication		9.5
SRL-Z800/2500W	800/2500	560/1600	160/22	0-660/51			11
SRL-Z1000/3500W	1000/3500	750/2240	200/30	0-660/51			12
SRL-Z800×2/4000W	1600/4000	1120/2550	160×2/37	0-660/51			13
SRL-Z1500/4000W	1500/4000	1125/2600	200(280)/37	0-650/65			14
SRL-Z2000/5000W	2000/5000	1400/3250	315 (450)/55	0-850/50			15
SRL-Z1500×2/6000W	3000/6000	1125×2/3900	200×2/75	0-650/50			20

Tech Features & Advantages

1. By incorporating cutting-edge foreign technology, coupled with an advanced PLC control system, these mixers achieve a high level of automation and deliver superior mixing results;
2. The mixers are designed to offer low energy consumption, outstanding performance, and are easy to maintain;
3. Featuring a compact structure paired with a perfect aesthetic appeal;
4. Constructed from premium stainless steel, with a well-thought-out pipeline arrangement;

Detailed Product Pictures

The vertically-oriented heating and cooling mixer units typically range from models 100/200A to 500/1000A, catering to smaller mixer unit sizes.


For larger capacity requirements, the hot mixers start at sizes of 500L or more, with the cooling mixers adopting a horizontal configuration. This design choice ensures ample space, promoting better and faster cooling of materials.