Fiber Glass Board Squeegee For PCB∥SPS-FGB-FH

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Product Detail

Product Tags

Product Details

Plet Company has been engaged in the processing and sales of  screen printing squeegee since 2011. It has long served in the high-end electronics industry (photovoltaic cell, mobile phone touch screen, microelectronics, etc.) and accumulated a wealth of squeegee printing experience.According to ink, printing materials, printing technology and other features, provide customized squeegee services to meet the needs of the development of screen printing in the electronics industry.

1.SPS-FGB-FH

Fiber Glass Board Squeegee For PCB

Beveled squeegee design, smaller printing angle, greater pressing force on silver paste, squeezed silver paste filled holes

SPS-FGB-FH-Fiber Glass Board Squeegee For PCB4

2.Size and hardness

2.1 Size

Can be customized according to drawings

Longest length 300mm

SPS-FGB-FH-Fiber Glass Board Squeegee For PCB3

2.2 Hardness

Currently only one color choice is available

Polyurethane squeegee type M

MADE IN JAPAN

Blue75±3

Hardness Tester

TYPE-A

GS-719N

Blue80±3

Blue85±3

3.Material

3.1 Polyurethane rubber

Polyurethane rubber made in Japan

3.2 Fiberglass board

The high quality fiberglass board has uniform thickness, good elasticity and chemical resistance.

4.Production process

The entire process from receiving an order to shipping

SPS-FGB-FH-Fiber Glass Board Squeegee For PCB5

5.Packaging, storage

5.1 packaging

Paper package

10Pcs/Box

5.2 storage

Store indoors at 40or lower, do not store in high temperature and high humidity, direct sunlight and ultraviolet radiation. (Recommended storage conditions: 23℃±2, humidity 60% or lower)

Do not store near heat-generating equipment or dusty places.

It is forbidden to bend and press, stack it straight, stack no more than 20PCS.

The scraping rubber is stored at a low temperature for a long time, and can not be used immediately after being moved to the workshop. It should be placed at 25for more than 3 hours before use. 

Industry Application

15

Workshop

23255436

Company Profile

Plet company is located in Changzhou, China, which is very close to Shanghai. He once sold screen printing inks and served in many electronic industries. He has extensive screen printing experience and realized the importance of squeegee in the screen printing process. In 2013, Plet began to engage in the research and production of support plate squeegee, and established the SPS brand squeegee, which provides stable printing angle and printing pressure for many precision screen printing customers in China.

company2222

Why choose us?

84615

Our Service

shouhou

Customer Praise

A. Photovoltaic Company Production Manager India:We are a company that prints battery sheet, SPS-AS carbon fiber squeegee printing Battery sheet grid is relatively small, printing life is long, each average reaches 50,000 times.

B. PCB circuit board company Technical staff China: Before we cooperate with SPS Squeegee, when we do the through hole printing process, the silver paste is not easy to penetrate the hole, and the scrap rate is very high. After talking with SPS technology, they recommended the new squeegee, which helped us solve the problem of low yield rate of through-hole printing. Thank you very much.

C. Membrane switch company quality management personnel Vietnam: SPS recommended R angle scraper printing transparent color effect is excellent, no squeegee marks, the surface looks very smooth, we will also apply R angle squeegee  to the window printing liquid printing process, hope to reduce the rate of defective rate.

 D. Technical Director of Chip Manufacturing Company Taiwan: We print insulating ink on special film, and 160 products are printed on A4 size film. This has high consistency on film thickness. The film thickness made by traditional squeegee,the film thickness in the middle and the film thickness of the edge product differ by 3 microns, and the carbon fiber squeegee using SPS solves this problem, and the film thickness of the entire printing surface is controlled by 13±1 μm.


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