Close
  • Comparison
  • 在线预约
  • 预约申请
  • 样品申请
  • 在线询价
Total X Clear all

Annular Mold,Spherical Mold, Applicable to RUISCI Pellet Press

Annular Mold,Spherical Mold, Applicable to RUISCI Pellet Press

CM-A,CM-B



USD

293

Untaxed

EXW factory


  • Click to select
    • CM-A-01,φ3-10mm
    • CM-A-02,φ11-20mm
    • CM-A-03,φ21-30mm
    • CM-A-04,φ31-40mm
    • CM-A-05,φ41-50mm
    • CM-A-06,φ51-60mm
    • CM-A-07,φ61-70mm
    • CM-A-08,φ71-80mm
    • CM-A-09,φ81-90mm
    • CM-B-01,φ3-6mm,Spherical
    • CM-B-02,φ7-14mm,Spherical
    • CM-B-03,φ15-25mm,Spherical
    • CM-B-04,φ26-40mm,Spherical
    • CM-B-05,φ41-50mm,Spherical
    • CM-B-06,φ51-60mm,Spherical
Quantity
-
+

Inventory

0

隐藏域元素占位


The materials of the Annular Mold and Spherical Mold utilized in the laboratory are predominantly alloy tool steel. The hardness of the punch head is high, and special sizes can be customized. The Annular Mold is mainly employed for the shaping of samples with holes, such as catalysts and battery electrodes. Through the coordinated movement of the upper and lower punches and the mold sleeve, the powder material is uniformly compressed on the pellet press to ensure the regularity of the sample shape and the uniformity of density. The Spherical Mold is utilized for pressing spherical samples. During usage, the powder is loaded into the mold cavity, placed at the center of the pellet press for compression molding, and then the sample is retrieved through the demolding sleeve. The operation is facile and can effectively prepare high-quality spherical samples, facilitating various analyses and tests. This mold is exclusively designed for RUISCI Pellet Press.


1. Excellent Material Quality: Commonly fabricated using premium alloy steel or stainless steel. Alloy steel exhibits high hardness, considerable strength, and outstanding wear resistance. Stainless steel, on the other hand, is corrosion-resistant and facile to clean, thereby guaranteeing the durability of the Mold.
2. High Precision: The inner cavity exhibits high dimensional accuracy, guaranteeing that the compressed samples possess regular shapes and uniform dimensions, fulfilling the production demands of varying precision requirements.
3. Diverse Dimensions: Apart from the commonly utilized specifications, additional dimensions can be customized to satisfy the size requirements of ring-shaped and spherical samples in different domains.
4. Superior Surface Treatment: Subjected to special surface treatment, the wear resistance and anti-adhesion properties are improved, minimizing material adhesion, ensuring smooth demolding of samples, and enhancing production efficiency and sample quality.
5. Excellent Forming Outcome: It is capable of uniformly compressing powder into shapes such as rings, spheres, and hemispheres. The compressed samples demonstrate superior forming and high finish, contributing to enhancing the accuracy of subsequent analysis and testing.

Technical data

Precautions:
1. Mold cleaning: The mold should be thoroughly cleaned before and after use to prevent cross-contamination and prolong its service life.
2. Mold condition inspection: Regularly check the mold for wear, cracks, or other damages to ensure its good condition.
3. Correct Installation: Guarantee that the mold is precisely installed on the Pellet Press, averting equipment damage or experimental accidents resulting from improper installation.
4. Pressure Adjustment: Based on the properties of the materials and the requisite hardness of the samples, appropriately modify the pressure setting of the Pellet Press..
5. Material preparation: Ensure that the material is homogeneously mixed without agglomeration to facilitate a smooth pressing process.
6. Overload prevention: Do not exceed the rated load of the Pellet Press when using the mold to avoid equipment damage.
7. Operating procedures: Operators should be familiar with the operating procedures of the Pellet Press and the mold and operate in accordance with the standard operating processes.
8. Safety protection: During the operation, appropriate personal protective equipment such as safety glasses and gloves should be worn.
9. Mold replacement: When replacing the mold, ensure that the Pellet Press is in a stopped state and all pressure has been released.

keyword:

RUISCI

  • 产品描述
  • 概要参数
  • 技术参数
    • Commodity name: Annular Mold,Spherical Mold, Applicable to RUISCI Pellet Press
    • Subtitle: Annular Mold,Spherical Mold, Applicable to RUISCI Pellet Press
    • Model: CM-A,CM-B
    • 全部型号: CM-A-01,CM-A-02,CM-A-03,CM-A-04,CM-A-05,CM-A-06,CM-A-07,CM-A-08,CM-A-09,CM-B-01,CM-B-02,CM-B-03,CM-B-04,CM-B-05,CM-B-06

    The materials of the Annular Mold and Spherical Mold utilized in the laboratory are predominantly alloy tool steel. The hardness of the punch head is high, and special sizes can be customized.

    The materials of the Annular Mold and Spherical Mold utilized in the laboratory are predominantly alloy tool steel. The hardness of the punch head is high, and special sizes can be customized. The Annular Mold is mainly employed for the shaping of samples with holes, such as catalysts and battery electrodes. Through the coordinated movement of the upper and lower punches and the mold sleeve, the powder material is uniformly compressed on the pellet press to ensure the regularity of the sample shape and the uniformity of density. The Spherical Mold is utilized for pressing spherical samples. During usage, the powder is loaded into the mold cavity, placed at the center of the pellet press for compression molding, and then the sample is retrieved through the demolding sleeve. The operation is facile and can effectively prepare high-quality spherical samples, facilitating various analyses and tests. This mold is exclusively designed for RUISCI Pellet Press.

  • 1. Excellent Material Quality: Commonly fabricated using premium alloy steel or stainless steel. Alloy steel exhibits high hardness, considerable strength, and outstanding wear resistance. Stainless steel, on the other hand, is corrosion-resistant and facile to clean, thereby guaranteeing the durability of the Mold.
    2. High Precision: The inner cavity exhibits high dimensional accuracy, guaranteeing that the compressed samples possess regular shapes and uniform dimensions, fulfilling the production demands of varying precision requirements.
    3. Diverse Dimensions: Apart from the commonly utilized specifications, additional dimensions can be customized to satisfy the size requirements of ring-shaped and spherical samples in different domains.
    4. Superior Surface Treatment: Subjected to special surface treatment, the wear resistance and anti-adhesion properties are improved, minimizing material adhesion, ensuring smooth demolding of samples, and enhancing production efficiency and sample quality.
    5. Excellent Forming Outcome: It is capable of uniformly compressing powder into shapes such as rings, spheres, and hemispheres. The compressed samples demonstrate superior forming and high finish, contributing to enhancing the accuracy of subsequent analysis and testing.

  • Precautions:
    1. Mold cleaning: The mold should be thoroughly cleaned before and after use to prevent cross-contamination and prolong its service life.
    2. Mold condition inspection: Regularly check the mold for wear, cracks, or other damages to ensure its good condition.
    3. Correct Installation: Guarantee that the mold is precisely installed on the Pellet Press, averting equipment damage or experimental accidents resulting from improper installation.
    4. Pressure Adjustment: Based on the properties of the materials and the requisite hardness of the samples, appropriately modify the pressure setting of the Pellet Press..
    5. Material preparation: Ensure that the material is homogeneously mixed without agglomeration to facilitate a smooth pressing process.
    6. Overload prevention: Do not exceed the rated load of the Pellet Press when using the mold to avoid equipment damage.
    7. Operating procedures: Operators should be familiar with the operating procedures of the Pellet Press and the mold and operate in accordance with the standard operating processes.
    8. Safety protection: During the operation, appropriate personal protective equipment such as safety glasses and gloves should be worn.
    9. Mold replacement: When replacing the mold, ensure that the Pellet Press is in a stopped state and all pressure has been released.

Q and A


Q

Distribution Modes:

A

Default Distribution Mode: EXW China Factory: After your payment is received, our customer service will contact you to confirm the pickup time and location once the goods are ready at the RUISCI China factory.

*Other options:

1.Carriage Paid To (CPT)

DO NOT PAY until you have contacted customer service to add shipping costs, as the default price is EXW China factory.

2.Delivered Duty Paid(DDP)

DO NOT PAY until you have ·contacted customer service to add Freight, insurance, taxes, customs clearance fees, and other miscellaneous expenses, as the default price is EXW China factory. Typically applies exclusively to small air cargo packages.

3. FOB China main port
DO NOT PAY until you have contacted customer service to add the inland charges and export declaration charges, as the default price is EXW China factory.

 

*** If you still need to consult other distribution modes or trade terms, please contact our customer service directly


Q

Payment methods:

A

1. On-line payment: Paypal

2. Off-line payment: Telegraphic Transfer (TT)

 

*All charges, except those incurred within our bank, are to be borne by the remitter.  Insufficient payment will delay your shipment.


Download


There is currently no content to display

Related products


Manual Pellet Press, Excluding Molds

Price:

732

USD

Delivery:

1 Month


Manual pellet press is driven hydraulically and is primarily employed in small-scale sample pretreatment in laboratories, being applicable for pressing various materials. When utilized in conjunction with molds, it can compress samples of different specifications into sample tablets of regular shapes, fulfilling diverse experimental demands. Through manual operation to exert pressure, it presses powder, granular or sheet samples into regularly-shaped sample tablets, facilitating subsequent detection or analysis.

Automatic Pellet Press, Excluding Molds

Price:

3250

USD

Delivery:

1 Month


Automatic Pellet Press production equipment with a large space and simple operation. It features a liquid crystal display, programmed pressure application, programmed pressure holding, and timed pressure release. It can automatically convert the actual pressure borne by the mold. When the oil cylinder reaches the limit height, it automatically releases pressure.

Digital Pellet Press(With protective housing),Excluding Molds

Price:

1219

USD

Delivery:

1 Month


Digital Pellet Press (With protective housing) incorporates digital display functionality and protective design. Not only can it visually display key parameters, but it also possesses high safety and stability, effectively guaranteeing experimental safety and maintaining a clean laboratory environment.

Manual Pellet Press(With protective housing), Excluding Molds

Price:

1057

USD

Delivery:

1 Month


Manual Pellet Press (With protective housing) not only exhibits high safety performance, stable operation and reduced contamination, but also effectively elevates experimental safety and operational convenience, simultaneously maintaining a clean laboratory environment.

Electric Pellet Press, Excluding Molds

Price:

2275

USD

Delivery:

1 Month


Electric Pellet Press is driven hydraulically and is primarily employed in scale sample pretreatment in laboratories, being applicable for pressing various materials. When utilized in conjunction with molds, it can compress samples of different specifications into sample tablets of regular shapes, fulfilling diverse experimental demands. Through manual operation to exert pressure, it presses powder, granular or sheet samples into regularly-shaped sample tablets, facilitating subsequent detection or analysis.

Online consultation


Name:

Submit