SSB Triple Layer Forming Fabric with Long Float Wear Side and 3 to 2 CD Yarn Ratio Providing Exceptional Life Potential and Stability
Price:
inquiry
MOQ:
1pc
Brand:
ATMC
Product Description
SSB Triple Layer Forming Fabric with Long Float Wear Side and 3 to 2 CD Yarn Ratio Providing Exceptional Life Potential and Stability
Designed as a two over ten shed SSB triple layer, the PRINT SSB 60210WM64-360CFM incorporates a long float wear side with a 3 to 2 CD shute ratio between forming and wear sides. This design allows medium and coarse CD yarns on the wear side to deliver exceptional life potential and excellent stability. The even and fine paper side provides good fiber support for uniform formation and consistent sheet profiles. The open structure facilitates high dewatering capacity and easy showering for efficient machine operation. Two MD thread systems contribute to a stable construction with high CD stability. This fabric performs reliably in demanding paper production environments.
Key Features
- 3 to 2 forming to wear side CD shute ratio
- Medium and coarse CD yarns on wear side
- Even and fine paper side for even profiles
- Good fiber support for uniform formation
Product Parameters
| Product Name | Forming Fabric PRINT SSB 60210WM64 |
|---|---|
| Material |
Polyester monofilament |
| Function | Paper Machine |
| Application |
Printing & Writing paper, Light Weight Kraft, Wrapping and Packaging Papers, Board Grades top layer, under-top layer or back layer, etc. |
| Technical | 1/1.5/2/2.5/3 layers forming fabric |
| Width | Customized |
| Weigh | Customized |
| Fabric Color | Customized |
Product Images
Top Side View
Bottom Side View
Application
Printing & Writing paper, Light Weight Kraft, Wrapping and Packaging Papers, Board Grades top layer, under-top layer or back layer, etc.
Get in Touch
Have questions about our products or want to discuss a custom order? Our team is ready to help you.
Company
Anhui Towin Machinery Co., Ltd.
Location
B-109, No.38,Yinhu North Road, ETDZ, Wuhu, Anhui, PRC
Contact Person
Eric Ding