300℃ Lab Cylindrical Heating Mold For Pellet Formation

Sales Manager: Gia

Wechat: Dingqiuna

Item No.:
TMAX-DJR300
Payment:
L/C, T/T, Western Union, Credit Cards, Paypal
Shipping port:
Xiamen Port
Lead Time:
15 Days
Certificate:
CE, IOS, ROHS, SGS, UL Certificate
Warranty:
One year limited warranty with lifetime technical support

Product Details

300℃ Lab Cylindrical Heating Mold For Pellet Formation

Heating mold is developed on the basis of common mold, which can heat and pressurize the mold samples through intelligent temperature controller. This kind of mould can be used to press powder or particle samples into cylindrical sheet or cylinder shape, and the specific mould size and shape can be customized according to customer requirements. It is suitable for rubber, plastic, leather, chemical industry, pigment, electronic appliances, textile, hardware and other fields. It is a complete set of equipment for engineering and technical personnel of colleges and universities and research institutes to carry out spectrum detection and qualitative analysis.

Standard configuration
Electric heating mold(customizable) 1 set
High temperature insulation board 1 set
Temperature controller 1 set

Optional
Hydraulic press machine
Water cooler→It is recommended to configure water-cooled machine if rapid cooling is required after mold heating.

Specification

Drawing of forming sample
Shape of compressible sample	Cylinder etc. other shapes can be customized
Mold heating temperature	RT-300℃(the mold heating temperature can be up to 500℃ at extra fees)
Thermostat type	PLC program digital temperature controller, RT - 600℃, accuracy 0.1℃
Power supply	220V/300W
Common mold specifications	Ф6、Ф8、Ф10、Ф12、Ф13、Ф15、Ф18、Ф20、Ф25、Ф30... The mold size can be customized
Mould material	Alloy tool steel: Cr12MoV (hard alloy steel is available at extra fees)
Mould hardness	HRC60-HRC62
Mold cavity depth	45mm
Mold dimensions	Ф78×138mm
Mold weight	2.7kg
Standard configuration	Electric heating mould 1 set + heat shield 1 set + intelligent temperature controller 1 set (hydraulic press and water cooler are optional)
Calculation formula of die pressure	Area of oil cylinder / area of mould × pressure gauge reading = actual pressure of die. Do not overpressure!
Note	The above indicators are for reference only, we can customize various specifications, materials, shapes of molds according to customer needs