Supply of spare parts for industrial enterprises around the world
Home Brands About Us Contact Us
Home Brands MISUMI PUTSP8-1000-B

MISUMI PUTSP8-1000-B

MISUMI PUTSP8-1000-B
Manufacturer
MISUMI
Part number
PUTSP8-1000-B
Country
Japan
Sale of any product from the MISUMI catalog at competitive prices

2technologie will help you choose and buy products and spare parts from MISUMI (official website: www.misumi.co.jp). We sell only certified goods and give an official guarantee from the manufacturer MISUMI

Order MISUMI PUTSP8-1000-B Spare Parts Online for Enhanced Efficiency

For industries seeking reliable components, MISUMI PUTSP8-1000-B Industrial parts are the ideal choice. Built with precision and innovation, these MISUMI PUTSP8-1000-B spare parts optimize industrial operations across USA.

What Makes 2technologie Stand Out?

  • Comprehensive Options: A full range of MISUMI PUTSP8-1000-B spares for all applications.

  • Swift Delivery: Quick access to MISUMI PUTSP8-1000-B spare parts near me or online.

  • Cost-Effective Solutions: Quality MISUMI PUTSP8-1000-B Industrial products at the best prices.

  • Proven Expertise: A trusted provider of MISUMI PUTSP8-1000-B Industrial components.

Order MISUMI PUTSP8-1000-B spare parts today and experience the 2technologie difference!

Worldwide delivery services
Worldwide delivery services
Ways of payment
Ways of payment

Specifications PUTSP8-1000-B

Material: Polyurethane Specifications
Part Number-Number of Bores-Length
PUTMF4 PUTMSP6- -3 4- -20 900
Part Number-Length-Color
PUTSL8-1.5-R
Part NumberOperating Limit Length (mm)Tube ColorI.D. (mm)DLABMin. Bending Radius (mm)O.D. Accuracy (mm)Mass (kg/m)Unit Price/mVolume Discount Rate/m
TypeO.D. (mm)1 ~ 4 pc(s).5~10
PUTSP4700B (Black)2214606020050.10.009
1000520120
1300580180
685043849090120.019
1300580180
1750670270
81000542520120150.037
1600640240
2200760360
1011506.55255015025+0.1 -0.150.055
1900700300
2650850450
121300867580180280.076
2200760360
3100940540
Operating Limit Length is the overall length (L) of the tube when extended to a serviceable maximum. Minimum bending radius is based on operation of bending the straight parts at both ends.