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Threaded Furniture Glides

Threaded Furniture Glides

Our industrial-grade Threaded Furniture Glides provide reliable leveling, weight distribution, and floor protection for commercial, residential, and industrial equipment. Engineered for heavy-duty stability, these adjustable feet compensate for uneven floors while protecting sensitive surfaces from scratching and gouging.

Product Introduction

Product Overview

 

Our industrial-grade Threaded Furniture Glides provide reliable leveling, weight distribution, and floor protection for commercial, residential, and industrial equipment. Engineered for heavy-duty stability, these adjustable feet compensate for uneven floors while protecting sensitive surfaces from scratching and gouging.

 

Core Product Performance & Engineering Data

 

Automatic Insert Molding: Studs are permanently integrated via insert injection molding (not cold-pressed), delivering an axial pull-out strength of 4.5 kN or higher for M10 sizes and resisting installation torque up to 35 Nm without base cracking.


Wear-Resistant PA66 Base: Molded from reinforced Polyamide 66 with a Shore D 80-85 hardness rating to ensure zero long-term deformation, featuring an optimized kinetic friction coefficient of 0.15 to 0.22 to eliminate floor marking and gouging.


Precision Cold-Rolled Threads: Manufactured strictly to ISO 6g or ANSI 2A tolerance standards, guaranteeing 100 percent burr-free pitch consistency to prevent thread binding on automated assembly lines.

 

Threaded furniture glides

 

Shell Material

Steel / Zinc plated (Cr3+)

Base Color

White / PE

Min. order

5,000 pieces

Trade term

FOB Taiwan

 

Specifications

 

Standard thread lengths are 1.0 inches and 1.5 inches. Thread length can also be customized.

Outside dimension of Base

Inch Thread

Metric Thread

28.5mm / 1.125 inch

1/4-20

5/16-18

3/8-16

M6-P1.0

M8-P1.25

M10-P1.5

34.9mm/ 1.375 inch

1/4-20

5/16-18

3/8-16

M6-P1.0

M8-P1.25

M10-P1.5

42.8mm/ 1.687 inch

1/4-20

5/16-18

3/8-16

M6-P1.0

M8-P1.25

M10-P1.5

 

Customization Parameters Matrix

 

Customization Category

Standard Options (Fast Delivery)

Advanced / Custom Capabilities

1. Design & Blueprint Formats

.PDF, .DWG (2D Layouts)

.STEP, .IGS, .X_T (3D Solid Models)

2. Rapid Prototyping Method

SLA/FDM 3D Printing (For fitment check)

CNC Machining (From solid polymer/alloy bars for functional testing)

3. Prototyping Lead Time

3–5 Business Days

5–7 Business Days (For complex multi-component assemblies)

4. Mold Tooling & T1 Samples

18–21 Calendar Days (Single-cavity)

22–25 Calendar Days (High-volume multi-cavity production molds)

5. Plastic Base Material

Polyamide (PA6 / PA66), PP, HDPE

High-impact ABS, TPU/TPE (Non-slip rubber overmolding), Anti-static (ESD) compounds

6. Base Color Matching

Standard Black, Clean White, Industrial Gray

Any custom color matched via RAL or Pantone color codes

7. Brand & Logo Integration

Plain surface (No logo)

Laser Engraving (Low MOQ) or Embossed/Debossed Mold Insets (High volume)

 

 

Manufacturing Quality Control

 

Our production facility operates under a standardized ISO 9001:2015 certified quality management system. Every production lot undergoes rigorous, verifiable testing protocols:

Raw Material Verification

Spectrum analysis for metal composition and Melt Flow Index (MFI) verification for polymer batches.

Thread Go/No-Go Gauge Testing

100% inspection on the line to eliminate pitch and diameter defects.

Load Testing Equipment

Hydraulic press testing to determine destructive compression thresholds for every new batch.

 

Compliance

Full supply chain transparency with RoHS and REACH certified polymers. Material Safety Data Sheets (MSDS) and certificates of compliance are provided with shipping documentation.

 

How to install it?

 

product-1-1

 

Why Choose Bai Ye Industrial

50-Year History

Founded in 1975, we have 50 years of expertise in steel pressed tube metal adapters and custom plastic injection molding.

Automated Capacity

Our upgraded Hua-tan facility (since 2015) utilizes advanced automatic machines to ensure high capacity and strict dimensional control.

25 Years Exporting

Since 2001, our international trade department has provided 25 years of reliable global logistics and OEM/ODM services.

SGS Certified

An ISO 9001:2015 certified factory with products fully passing SGS testing for RoHS, California Prop 65, and BIFMA standards.

 

Logistics, Packaging & Global Supply Chain

 

Industrial Packaging: Standard packing consists of heavy-duty double-wall corrugated cartons (max 25 kg per carton) stacked on fumigation-free ISPM-15 compliant pallets. Moisture-proof PE inner bags prevent oxidation during sea freight.


Flexible Labeling: Outer cartons are marked with clear part numbers, lot numbers, barcodes (Code 128 or QR codes), and net/gross weights for automated warehouse scanning.


Production Capacity: 1,200,000 units per month across 8 automated injection molding lines.


Flexible Delivery Terms: Support for EXW, FOB, CFR, CIF, DDP, and DAP terms.


Strategic Shipping Access: Convenient access to major deepwater container ports and international airport hubs for efficient global distribution.

process

 

FAQ

 

Q: How do you determine the recommended safe static load capacity for each leveling glide?

A: Our stated load capacities include a 3:1 safety factor. For example, if a glide has a destructive failure limit of 1500 kg under vertical hydraulic compression, we rate its maximum safe working load at 500 kg to account for dynamic shifts or minor impacts during movement.

Q: What is the exact difference in environmental performance between your Zinc-Plated Carbon Steel and SUS304 Stainless Steel glides?

A: Zinc-plated carbon steel glides withstand up to 24–48 hours of continuous neutral salt spray testing (ASTM B117) before showing white rust, making them ideal for dry indoor applications. For humid environments, commercial kitchens, medical laboratories, or outdoor equipment, our SUS304/SUS316 stainless steel options provide indefinite rust resistance under standard exposure.

Q: Can your plastic base materials withstand exposure to industrial oils, solvents, or high ambient temperatures?

A: Yes. Our reinforced Polyamide (Nylon) bases show excellent chemical resistance to common industrial lubricants, motor oils, and weak solvents. They retain structural integrity across an operational temperature window of -30°C to +105°C. For specialized exposure to acids or high UV environments, we can run production using custom-stabilized polymer compounds.

Q: Do you accommodate split-shipment schedules or blanket purchase orders for annual production contracts?

A: Yes. We regularly work with volume buyers on 12-month blanket orders. We can manufacture and stock your annual inventory forecast in our warehouse, releasing scheduled shipments (e.g., bi-weekly or monthly containers) to help you optimize cash flow and minimize storage footprints.

Q: What are your Minimum Order Quantity (MOQ) thresholds for standard vs. custom configurations?

A: For items actively held in stock with standard sizes (like M8/M10 black bases), the MOQ is 1,000 units per line item. For custom configurations involving specific Pantone colors, custom thread lengths, or non-standard thread pitches requiring machine recalibration, the standard production MOQ starts at 5,000 to 10,000 units depending on the component volume.

Q: Can you provide official material test reports and environmental compliance paperwork before mass production shipment?

A: Every mass-production batch is archived with a specific lot number. Upon request, we supply formal Material Test Reports (MTR) detailing the specific metal grade, plating thickness data, and independent laboratory test certificates validating compliance with current international restriction standards for hazardous substances.

Q: How do you prevent the plastic bases from cracking or splitting open when equipment is dragged sideways across floor joints?

A: Base cracking under side shear is solved through our structural radius design. We engineer a thick, tapered transition wall where the metal insert meets the polymer body rather than a sharp 90-degree corner. This distributes lateral shear stress evenly throughout the base during sliding movements.

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