- Radio Control Toys[10]
- Blocks[3]
- Learning Machine[9]
- Ride On Car[8]
- Other Toys & Hobbies[3]
- Other Pretend Play & Preschool[1]
- Strollers[1]
- Other Baby Toys[3]
- Other Classic Toys[2]
- Friction Toy Vehicle[3]
- Toy Robots[4]
- Contact Person : Ms. lin yoyo
- Company Name : Shanghai B&C Toys Industrial Co., Ltd.
- Tel : 86-754-86989069
- Fax : 86-754-86989269
- Address : Guangdong,Shantou,Room 904-906 9/F building chenghao region
- Country/Region : China
- Zip : 515800
Series 10 more than 50 items intelligent remote control simulation robot
About Us & RC Robot Series
Advantage:
1. 10 years professional manufacturer of rc toy2. More than 200K items of rc toy for your choice,
including 200 rc robots with different shapes, stable performance and full-function.
3. Accord with Euramerican standard.
Such as FCC,ASTM,EN71,R&TTE,CHPR,EN62115,EN60825,ROHS,MEC,7P,RH4040,etc.
3. Very good feed back in this HK fair ,Best-selling in euramerican
4. Factory direct price, Excited and high quality for your enjoyment
5. Huge productivityFast delivery guaranteed
6. Good communication sales team and good service
Service:
1. Sample available; accept trail order; LCL/OEM.
2. If you want to import some products to test the market, we can lower the MOQ.
3. Style is your market: Specialized in producing kids trolley toys.
4. Specification: Pleaes refer to our photo
5. Welcome to contact us consulting
At present, our product cover four series such as RC toy, learning machine, doll stroller and baby car, etc. Under the operation philosophy of "Creditable, Innovative, Perfect, Top-quality", and the policy of "Credit First, Quality First, Brand First", the Company strives to become one of the most competitive toy enterprises in China through constant system and technology innovation.
Wellcome to our website on alibaba.com
http://bctoys.en.alibaba.com/
ADD.:ROOM 904-906 XIEHE BUILDING,CHENGHAI DISTRICT,
SHANTOU CITY,GUANGDONG PROVINCE,CHINA TEL: (86)754 86989169 FAX: (86)754 86989269Series 10 more than 50 items intelligent remote control simulation robot