Product Description:
Tsudakoma Loom Parts offer a wide range of standard size products that have been certified by the highest international standards. Our products are of the highest quality and have been produced in China, and we offer a number of payment methods including T/T, L/C, D/A, D/P, and Western Union. We also provide express delivery services to ensure that our customers can receive their products as quickly as possible. The price of our Tsudakoma Loom Parts are negotiable and we offer discounts for large orders. We are a trusted brand and have been providing customers with quality products for years.
Features:
- Product Name: Cam Follower Pin
- Mode of Transport: Express Delivery
- Color: Black
- Application: Air Jet Loom
- Quality: Guaranteed, 100% QC Pass
- Loading Port: Xian/Shanghai
- Payment Terms: Negotiable
- Price: Competitive
Technical Parameters:
| Parameters |
Value |
| Type |
Weaving Loom |
| Product Name |
Cam Follower Pin |
| Model |
Tsudakoma Loom |
| Origin |
China |
| Application |
Air Jet Loom |
| Mode of Transport |
Express Delivery |
| Quality |
Guaranteed, 100% QC Pass |
| Size |
Standard Size |
| Package |
Carton |
Applications:
HONFE Tsudakoma Loom Parts has gained ISO9001 certification and is well known for their high quality and reliable performance. With a minimum order quantity of 1 piece and a supply ability of 1000pcs/month, HONFE Tsudakoma Loom Parts offers competitive prices with a variety of payment terms, including T/T, L/C, D/A, D/P, and Western Union. The product is also available in black color and packaged in a carton, with delivery time estimated at 7 workdays. It is suitable for air jet looms and its model number is TSUDAKOMA . The type of weaving loom is also clearly labeled.
HONFE Tsudakoma Loom Parts is made in China and has been trusted by customers all over the world for its superior quality and outstanding performance. The product is highly customizable and can be used in various weaving applications. Customers can trust HONFE Tsudakoma Loom Parts for their optimal performance and consistent reliability.
