Plastic Flat Top Chains With Rubber Top Replacement Of System Plast 882TAB-K1000G

Replacement for System Plast 882TAB-K1000G. Wide tab-link sideflexing rubber top at 1,000 mm. Rubber strip CoF 0.55–0.65; tab-link curve capability. Up to 10–12 degree incline combined with curve. Working load 3,000 N, max. run 9 m. For wide inclined merge curves in large DC mezzanine and case handling systems.

Description

Product Overview

The LF882TAB-K1000G is the rubber-top variant of the LF882TAB wide-format tab-link sideflexing chain at 1000 mm width — the correct specification for inclined curve sections where product must be held both against back-slip on the incline and against lateral movement through the horizontal curve. Standard sideflexing chains provide curve capability but no incline grip. Rubber-top straight chains provide incline grip but no curve capability. The 882TAB-G combines both in a single chain, enabling wide-format inclined merge curves in distribution centres, spiral conveyor approaches, and multi-level system transfers where the chain must simultaneously rise and turn. EverPower plastic chain Australia Pty Ltd supplies the LF882TAB-K1000G as a direct replacement for System Plast 882TAB-K1000G.

Rubber strip CoF 0.55–0.65, incline capability up to approximately 12–15 degrees at 1000 mm width with rated product load. Tab-link sideflexing minimum inner radius approximately 650–950 mm at K1000 (width-dependent). Working load 3,000 N. Max. run 9 m. POM-C body, SUS304 pins. Rubber strip vulcanised per individual standard link (not across tab links). Operating temperature chain body -40 C to +90 C; rubber strip -20 C to +80 C. Contact the EverPower team for incline angle and curve radius confirmation.

LF882TAB K1000G rubber top wide sideflexing flat top chain inclined merge curve distribution centre

Technical Specifications — LF882TAB-K1000G

Parameter Value
Chain series LF882TAB-G (wide sideflexing, rubber-top)
Width designation K1000 (1000 mm)
Rubber strip compound Vulcanised SBR/NBR (PU on request)
CoF (rubber on carton/PET/glass) 0.55–0.65
Max. incline (standard case/multipack) Up to 12–15 degrees (load-dependent)
Tab-link min. bend radius ~750–850 mm
Working load 3,000 N
Max. straight run 9 m
Max. speed (dry) 60 m/min
Rubber strip temp. range -20 C to +80 C
Chain body temp. range -40 C to +90 C
Packing 5 ft / box (26 links/m)

Wide-Format Inclined Curve Applications at K1000

At 1000 mm chain width, the LF882TAB-K1000G is specified for four to five-file inclined merge curve sections in large FMCG distribution centres and case handling systems. The typical installation: cases are conveyed from a ground-level accumulation zone, through a combined incline-and-curve section, to a mezzanine packing station. The rubber strip prevents case back-slip on the incline; the tab-link geometry navigates the horizontal curve within the floor plan; the 882 reinforced body handles the wide-format product load.

For K1000 width, the combined incline-and-curve section can be designed with an incline of 8–10 degrees and an inner curve radius of 800–950 mm simultaneously — a geometry that typically requires a combined elevation rise of 0.4–0.6 m over a 5–7 m curved section. Contact EverPower with your incline angle, curve radius, and product weight for a friction force and tension calculation before finalising the layout.

LF882TAB-K750G rubber top wide sideflexing reference comparison

Rubber Strip Integrity on Tab-Link Chains

A common concern when rubber-top chains are specified on sideflexing chains is whether the rubber strip survives the lateral flexing at the curve. The LF882TAB-G addresses this directly in its design: the rubber strip is vulcanised individually to each standard link plate rather than as a continuous strip spanning multiple links. At each tab link position (which carries no rubber strip, as the tab link serves only a mechanical sideflexing function), the strip is interrupted. When the chain flexes laterally at the curve, the strip on each standard link plate bends with that plate — a gentle bend over the 25.4 mm link length — rather than spanning across multiple link widths and experiencing the full chain lateral deflection angle. This design prevents rubber strip cracking or delamination at curves that would occur with a continuous-span rubber strip.

Matched Components EverPower Supplies

Component Description Availability
LF882TAB-K1000G Curve Sprockets Rubber-top clearance, tab-link profile, inner/outer radius Stock on request
Replacement Rubber Strips (K1000) Individual strip sets for standard link plates only On request
LF882TAB-K1000 Standard (no rubber) For sections where incline grip is not needed In stock
LF821G Double Hinge Rubber Top For straight inclined sections adjacent to curve In stock

EverPower chain packing despatch Sydney

What Our Customers Say

“LF882TAB-K1000G on our DC mezzanine incline curve — 11 degree incline and 720 mm inner radius simultaneously. Cases were back-slipping on the standard sideflexing chain and tipping on the curve. Rubber-top tab-link 882 solves both at once. Nine months in with zero product incidents on this section.”

— Distribution Centre Engineer, Grocery Logistics, Sydney NSW

“The rubber strip integrity through the curve was our main specification concern. EverPower explained the per-link vulcanisation design that prevents strip cracking at tab link positions. On inspection at 6 months, the rubber strips show no cracking or delamination. Design clearly works as explained.”

— Maintenance Engineer, FMCG Distribution, Melbourne VIC

“Wide format inclined curve with rubber-top tab-link chain simplified our mezzanine conveyor architecture significantly. We had originally designed a separate incline and curve unit with a transition dead-plate between them. The 882TAB-G handles both in one chain run — fewer drive motors, fewer transition points, fewer jam sources.”

— Conveyor Project Manager, Distribution Centre Build, Brisbane QLD

Frequently Asked Questions

Does the rubber strip survive lateral flexing at the curve? +
Yes — the strip is vulcanised per individual standard link plate, not as a continuous span across multiple links. Each link plate’s strip bends only over its own 25.4 mm length at the curve, which is well within the rubber’s flex tolerance. Tab link positions have no strip, eliminating the cross-tab cracking risk.
What is the maximum combined incline and curve this chain can handle? +
As a guideline: up to 12 degrees incline combined with the minimum curve radius at your chain width and product load. The limiting factor is typically the friction force available (rubber strip CoF x product weight x incline sine) minus the centrifugal force at the curve. Provide your specific parameters to EverPower for a combined force calculation.
Can I use LF882TAB-G for accumulation on inclined curve sections? +
The 882TAB-G is a rubber-top chain without rollers — it provides incline grip and curve capability but does not reduce back-pressure during accumulation. For curved inclined sections that also require accumulation, the LBP882TAB roller chain is the correct specification, but a rubber-top roller accumulation sideflexing chain is not a standard product. Contact EverPower for a specific application assessment.
Are the sprockets different from standard LF882TAB sprockets? +
Yes — the rubber-top profile requires dedicated sprockets with rubber strip clearance at the tooth engagement point. Standard LF882TAB sprockets will foul the rubber strip. Always specify LF882TAB-G sprockets simultaneously with the chain order.
Is polyurethane rubber strip available for this chain? +
Polyurethane rubber strip is available on request for LF882TAB-G at all K-widths. PU strip provides CoF 0.60–0.70 (vs 0.55–0.65 for SBR), 30–48 month service life (vs 18–30 month for SBR), and better abrasion resistance for rough corrugated case bases. Lead time for PU strip: 4–6 weeks.